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The Effect of Physical Chemistry Factors on Formation of Disinfection by-products
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 Title & Authors
The Effect of Physical Chemistry Factors on Formation of Disinfection by-products
Chung Yong; Kim Jun-Sung;
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This research studied the effect of factors that are able to form disinfection by-products (DBPs) of chlorination, including natural organic matter (NOM) with sewage, bromide ions, pH and contact time. Trihalomethane (THMs) yield of was higher than other DBPs yield for the chlorinated humic acid samples. THMs yield of sewage sample was and haloacetonitriles (HANs) yield in the sewage samples were but only for the humic acid samples. As the concentration of bromide ions increased, brominated DBPs increased while chlorinated DBPs decreased, because bromide ions produce brominated DBPs. THMs were highest at a pH of 7.9 and haloacetic acids (HAAs) were highest at a pH of 5. Also THMs increased with increasing pH while HAAs decreased with increasing pH. After chlorination, the rate of THMs and HAA formation are faster at initial contact time and then reaches a nearly constant value after 24 hours. This study considers ways to reduce DBP formation by chlorination.
Trihalomethanes;Disinfection by-products;DBPs factors;Chlorination;
 Cited by
관망에서의 소독부산물 변화와 관련 영향인자들의 상관관계 분석,송영일;안수나;안성윤;서대근;조혁진;이재성;최일환;신창수;이희숙;

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