Anaerobic ammonium oxidizing (anammox) bacteria can directly convert ammonium and
nitrite to nitrogen gas anaerobically and were responsible for a substantial part of the fixed …

Seawater for toilet flushing conserves the scarce freshwater resources in Hong Kong and
similar densely-populated coastal cities. Saline sewage treatment using energy-efficient …

Anammox is the most promising technology for ammonia-rich wastewater treatment due to
its high efficiency and minimal energy requirements. Diverse microbial communities and …

The biggest challenge to apply Anammox to treat wastewater with elevated salt content is
the inhibitory effect of salinity on freshwater Anammox bacteria (FAB). Most of the research …

Microbially derived dissolved organic nitrogen (mDON) is a major fraction of effluent total
nitrogen at wastewater treatment plants with enhanced nutrient removal, which stimulates …

Soil anammox is an environmentally friendly way to eliminate reactive nitrogen (N) without
generating nitrous oxide. Nevertheless, the current earth system models have not …

Partial nitritation/Anammox was applied to treat NaCl-amended landfill leachate. The reactor
established robust nitrogen removal of 85.7±2.4% with incremental salinity from 0.61% to …

This study presents an innovative mainstream Anammox based on multiple NO 2−-N
supplement pathways to treat actual mature landfill leachate over 180 days. Desirable …

The salinity tolerance and osmoadaptation strategies in four phylogenetically distant
anammox species, Brocadia, Jettenia, Kuenenia, and Scalindua, were investigated by using …

The most common way to apply Anammox for saline wastewater treatment is via salt
adaptation of freshwater Anammox bacteria (FAB). To better apply this process in practice …