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卡尔加里废水中及相关地表水中药物的出现情况。

Occurrence of Pharmaceuticals in Calgary's Wastewater and Related Surface Water.

作者信息

Chen M, Cooper V I, Deng J, Amatya P L, Ambrus D, Dong S, Stalker N, Nadeau-Bonilla C, Patel J

出版信息

Water Environ Res. 2015 May;87(5):414-24. doi: 10.2175/106143015x14212658614199.

Abstract

The influents/effluents from Calgary's water resource recovery facilities and the surface water were analyzed for pharmaceuticals in the present study. The median concentrations in the effluents for the 15 targeted pharmaceuticals were within the range of 0.006 to 3.32 ppb. Although the wastewater treatment facilities were not designed to remove pharmaceuticals, this study indicates that the wastewater treatment processes are effective in removing some of the pharmaceuticals from the aqueous phase. The removal rate estimated can be 99.5% for caffeine, whereas little or no removal was observed for carbamazepine. Biodegradation, chemical degradation, and sorption could be some of the mechanisms responsible for the removal of pharmaceuticals. The drug residues in downstream surface water could be associated with incomplete removal of pharmaceuticals during the treatment process and may lead to concerns in terms of potential impacts on the aquatic ecosystem. However, this study does not indicate any immediate risks to the downstream aquatic environment.

摘要

在本研究中,对卡尔加里水资源回收设施的进水/出水以及地表水进行了药物分析。15种目标药物在出水中的中位浓度范围为0.006至3.32 ppb。尽管废水处理设施并非设计用于去除药物,但本研究表明,废水处理工艺在从水相中去除某些药物方面是有效的。估计咖啡因的去除率可达99.5%,而卡马西平的去除率很低或几乎没有去除。生物降解、化学降解和吸附可能是药物去除的一些机制。下游地表水中的药物残留可能与处理过程中药物去除不完全有关,并可能引发对水生生态系统潜在影响的担忧。然而,本研究并未表明对下游水生环境有任何直接风险。

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