| Analysis on the Natural Organic Matter and Disinfection By-Products in Full-scale Advanced Water Treatment Plant and Conventional Water Treatment Plant |
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학술지명 Desalination and Water Treatment
저자 조창현,최일환,권순범,전제철,장은경,황태문
발표일 2013-06-14
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This study aimed to compare the removal efficiencies of natural organic matter (NOM) anddisinfection by-products (DBPs) in Koyang Advanced Water Treatment Plant or KAWTP,Ilsan Conventional Water Treatment Plant or ICWTP, and a mixed-water point in the distributionsystem. Aside from doing conventional water treatment, KAWTP also carries outpostozonation and granular activated carbon adsorption followed by chlorination. NOMremoval efficiencies of advanced treated water, conventional finished water, and blendedwater were 74, 22, and 31%, respectively. Biodegradable dissolved organic carbon (BDOC)removal efficiencies of advanced treated water, conventional finished water, and blendedwater were 78, 66, and 52%, respectively. The removal efficiencies of DBPs in comparisonwith conventional finished water were also analyzed. Trihalomethans, chloral hydrate, andhaloacetic acids in the advanced treated water had removal efficiencies of 88, 97, and 98%,respectively. Their removal efficiencies in the conventional treated water were 77, 78, and87%, respectively. It was concluded that DBPs are efficiently controlled by advanced watertreatment process. Blending can be applied to other distribution systems to which water issupplied from both conventional treatment plants and advanced treatment plants |