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Mass Spectrometry Characterization and Determination of Emerging Disinfection Byproducts in Swimming Pools

机译:大众光谱特征及游泳池中新兴消毒副产品的测定

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摘要

Disinfection of drinking water and recreation pools most effectively reduces/eliminates water-borne diseases. However, common disinfectants (e.g. chlorine, chloramines, ozone, and chlorine dioxide) can react with natural organic matter in the source water to produce disinfection byproducts (DBPs). The majority of DBPs remain unidentified. Potential adverse health risks observed in epidemiological studies drive analytical research to identify and determine what DBPs may be the contributors. This study aims to characterize emerging DBPs of toxicological relevance and investigate the occurrence of these DBPs in swimming pools.
机译:饮用水和娱乐池的消毒最有效地减少/消除了水性疾病。然而,常见的消毒剂(例如氯,氯胺,臭氧和二氧化氯)可以与源水中的天然有机物反应,以产生消毒副产品(DBPS)。大多数DBPS仍未认定。流行病学研究中观察到的潜在不利健康风险驱动分析研究以识别和确定DBPS可能是贡献者的贡献者。本研究旨在表征毒理学相关性的新兴DBP,并调查这些DBPS在游泳池中的发生。

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