Nitrate has been widely used in sewer systems for sulfide control. However, significant
chemical consumption and the loss of carbon source were observed in previous studies. To …

The formation of hydrogen sulfide in biofilms and sediments in sewer systems can cause
severe pipe corrosions and health hazards, and requires expensive programs for its …

Biogenic hydrogen sulfide is an odorous, toxic and corrosive gas released from sewage in
sewers. To control sulfide generation and emission, nitrate is extensively applied in sewer …

Nitrate dosing is commonly used to control hydrogen sulfide production in sewer systems.
However, quick rebound of the sulfide concentration after nitrate depletion has been …

The production and emission of hydrogen sulfide and methane by anaerobic microoganisms
in sewer systems is a well-documented problem. The effectiveness of nitrite in controlling …

The sewer system is a significant source of hydrogen sulfide (H 2 S) and greenhouse gases
which has attracted extensive interest from researchers. In this study, a novel combined …

Nitrate dosing is widely used to control sulfide and methane formation in sewers. The impact
of nitrate on sulfide and methane production by sewer biofilms in rising mains has been …

Anaerobic sewer biofilm is a composite of many different microbial populations, including
sulfate reducing bacteria (SRB), methanogens and heterotrophic bacteria. Nitrate addition to …

Although biocides have proven highly efficient in controlling hazardous emissions and
mitigating organic carbon loss in sewers, the resistance of biofilm and extracellular …

The anoxic and anaerobic sulfur transformation pathways in a laboratory-scale sewer
receiving nitrate were investigated. Four reactors in series were employed to imitate a rising …