首页> 外文期刊>Bulletin of Environmental Contamination and Toxicology >Simulating Distribution of Trihalomethane in Tap Water in the Area Receiving a Combination of Advanced Treated Water and Conventionally Treated Different Source Water: 1998, 1999 and 2002 Data on Osaka Prefecture and Its Surrounding Cities, Japan
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Simulating Distribution of Trihalomethane in Tap Water in the Area Receiving a Combination of Advanced Treated Water and Conventionally Treated Different Source Water: 1998, 1999 and 2002 Data on Osaka Prefecture and Its Surrounding Cities, Japan

机译:模拟高级处理水和常规处理的不同水源水混合区域自来水中三卤甲烷的分布:日本大阪府及其周边城市的1998、1999和2002年数据

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摘要

Empirical equations for explaining trihalomethane (THM) distribution were established based on data on tap water in Osaka City before and after starting the advanced treatment and were represented by the following equations for bromodichloromethane (S1), dibromochloromethane (S2) and bromoform distribution factors (S3) as a function of chloroform distribution factor (S0), respectively: S1 = −0.97S02 + 0.75S0 + 0.19 (regression coefficient: r = 0.71), S2 = 0.13S02−0.76S0 + 0.51 (r = 0.98) and S3 = 0.83S02−0.99S0 + 0.30 (r = 0.97). Further, the derived equations were verified by THMs data of Osaka Prefecture and its surrounding cities (except for Osaka City), receiving a combination of advanced treated water and conventionally treated different source water. Keywords Trihalomethane - Advanced treatment - Trihalomethane distribution factor
机译:根据大阪市开始进行自来水前后的自来水数据,建立了解释三卤甲烷(THM)分布的经验方程,并由以下溴代二氯甲烷(S 1 ),二溴氯甲烷( S 2 )和溴仿分布因子(S 3 )分别是氯仿分布因子(S 0 )的函数:S 1 = −0.97S 0 2 + 0.75S 0 + 0.19(回归系数:r = 0.71),S 2 = 0.13S 0 2 −0.76S 0 + 0.51(r = 0.98)和S 3 < / sub> = 0.83S 0 2 −0.99S 0 + 0.30(r = 0.97)。此外,导出的方程式通过大阪府及其周边城市(大阪市除外)的THMs数据进行了验证,得到了高级处理水和常规处理过的不同水源的组合。关键词三卤甲烷深度处理三卤甲烷分配因子

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