A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Variation in assimilable organic carbon formation during chlorination of Microcystis aeruginosa extracellular organic matter solutions
This study investigated the chlorination of Microcystis aeruginosa extracellular organic matter（EOM） solutions under different conditions, to determine how the metabolites produced by these organisms affect water safety and the formation of assimilable organic carbon（AOC）. The effects of chlorine dosages, coagulant dosage, reaction time and temperature on the formation of AOC were investigated during the disinfection of M.aeruginosa metabolite solutions. The concentration of AOC followed a decreasing and then increasing pattern with increasing temperature and reaction time. The concentration of AOC decreased and then increased with increasing chlorination dosage, followed by a slight decrease at the highest level of chlorination. However, the concentration of AOC decreased continuously with increasing coagulant dosage. The formation of AOC can be suppressed under appropriate conditions. In this study, chlorination at 4 mg/L, combined with a coagulant dose of 40 mg/L at 20°C over a reaction time of 12 hr, produced the minimum AOC.
Variation in assimilable organic carbon formation during chlorination of Microcystis aeruginosa extracellular organic matter solutions
This study investigated the chlorination of Microcystis aeruginosa extracellular organic matter（EOM） solutions under different conditions, to determine how the metabolites produced by these organisms affect water safety and the formation of assimilable organic carbon（AOC）. The effects of chlorine dosages, coagulant dosage, reaction time and temperature on the formation of AOC were investigated during the disinfection of M.aeruginosa metabolite solutions. The concentration of AOC followed a decreasing and then increasing pattern with increasing temperature and reaction time. The concentration of AOC decreased and then increased with increasing chlorination dosage, followed by a slight decrease at the highest level of chlorination. However, the concentration of AOC decreased continuously with increasing coagulant dosage. The formation of AOC can be suppressed under appropriate conditions. In this study, chlorination at 4 mg/L, combined with a coagulant dose of 40 mg/L at 20°C over a reaction time of 12 hr, produced the minimum AOC.
Variation in assimilable organic carbon formation during chlorination of Microcystis aeruginosa extracellular organic matter solutions
2016
Article (Journal)
English
Assimilable organic carbon formation from algogenic organic matter and its variation by chlorination
| British Library Conference Proceedings | 2006
Assimilable organic carbon formation from algogenic organic matter and its variation by chlorination
| Online Contents | 2006
Formation of Assimilable Organic Carbon from Algogenic Organic Matter
| British Library Online Contents | 2010
Production of assimilable organic carbon (AOC) from bacteria and picophytoplankton by chlorination
| Online Contents | 2009