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Fate and mobility of human Pharmaceuticals during artificial groundwater recharge with reclaimed wastewater

机译:人造地下水中的人工地下水补给后的命运和流动性

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Recently, different human pharmaceutically active compounds together with their metabolites have been detected at measurable levels in groundwater and even in drinking water where reclaimed domestic wastewater is used for direct or indirect portable reuse purposes (Heberer et al., 2001; Ternes et al, 2006). It is blamed onto the fact that Pharmaceuticals cannot be completely removed during traditional wastewater treatment (Joss et al., 2005), and they consequently entered the soil aquifer within the treated wastewater effluents while subsurface treatment process is practiced. The question arises here that to which degree Pharmaceuticals can be removed by soil-aquifer treatment. Information concerning the fate and transportation of Pharmaceuticals during subsurface treatment is essential to answer the question above.
机译:最近,在地下水中的可测量水平下,在地下水中的可测量水平下,不同的人类药物活性化合物在地下水中的可测量水平中检测到,即使在饮用水中,也在再生的家用废水用于直接或间接的便携式重复使用目的(Heberer等,2001; Ternes等,2006 )。它被归咎于传统废水处理中药物不能完全除去药物(Joss等,2005),并且它们在经过处理的废水流出物中进入土壤含水层,而实践地下处理过程。这里出现的问题是,通过土壤 - 含水层治疗可以去除哪种程度的药物。关于地下治疗期间药品的命运和运输的信息对于回答上述问题至关重要。

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