Sewer systems transport wastewater from its source to treatment plants. During this transport, wastewater microorganisms colonize pipe walls and develop biofilms. The activity of microbial communities generates sulfide (H2S) and methane (CH4) which can cause environmental, corrosion and health problems. For that reason, a good control of H2S and CH4 emissions from sewer systems is essential for the optimal management of these facilities. Overall, the results of this PhD Thesis could be useful for sewer managers to determine the suitable strategy to control H2S and CH4 emissions in these systems. Also, this thesis provides fundamental knowledge on the microbial communities present in sewer biofilms and their role in biotransformation process...
Sewers systems are dynamic in nature, with periodic variation of hydraulic flow and wastewater subst...
Sulfate reduction is the primary source of hydrogen sulfide production in the anaerobic rising main ...
Abstract Sewer system is an important source of methane formation and emission. Although some models...
Sewer systems transport wastewater from its source to treatment plants. During this transport, waste...
The coexistence of sulfate-reducing bacteria (SRB) and methanogenic archaea (MA) in anaerobic biofil...
Recent studies have demonstrated significant sulfide and methane production by sewer biofilms, parti...
Hydrogen sulfide is produced by sulfate reducing bacteria, which are mainly associated with the biof...
Recent studies have shown that sewer systems produce and emit a significant amount of methane. Metha...
Simultaneous production of sulfide and methane by anaerobic sewer biofilms has recently been observe...
Methane formation and emission in sewer systems has not received as much attention as hydrogen sulph...
The dosage of alkali is often applied by the wastewater industry to reduce the transfer of hydrogen ...
Emissions of hydrogen sulfide and methane are two of the major concerns in sewers, causing corrosion...
Significant methane formation in sewers has been reported recently, which may contribute significant...
Anaerobic sewer biofilm is a composite of many different microbial populations, including sulfate re...
© 2017 Elsevier Ltd Reliable modelling of sulfide and methane production in sewer systems is require...
Sewers systems are dynamic in nature, with periodic variation of hydraulic flow and wastewater subst...
Sulfate reduction is the primary source of hydrogen sulfide production in the anaerobic rising main ...
Abstract Sewer system is an important source of methane formation and emission. Although some models...
Sewer systems transport wastewater from its source to treatment plants. During this transport, waste...
The coexistence of sulfate-reducing bacteria (SRB) and methanogenic archaea (MA) in anaerobic biofil...
Recent studies have demonstrated significant sulfide and methane production by sewer biofilms, parti...
Hydrogen sulfide is produced by sulfate reducing bacteria, which are mainly associated with the biof...
Recent studies have shown that sewer systems produce and emit a significant amount of methane. Metha...
Simultaneous production of sulfide and methane by anaerobic sewer biofilms has recently been observe...
Methane formation and emission in sewer systems has not received as much attention as hydrogen sulph...
The dosage of alkali is often applied by the wastewater industry to reduce the transfer of hydrogen ...
Emissions of hydrogen sulfide and methane are two of the major concerns in sewers, causing corrosion...
Significant methane formation in sewers has been reported recently, which may contribute significant...
Anaerobic sewer biofilm is a composite of many different microbial populations, including sulfate re...
© 2017 Elsevier Ltd Reliable modelling of sulfide and methane production in sewer systems is require...
Sewers systems are dynamic in nature, with periodic variation of hydraulic flow and wastewater subst...
Sulfate reduction is the primary source of hydrogen sulfide production in the anaerobic rising main ...
Abstract Sewer system is an important source of methane formation and emission. Although some models...