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监测废水和地下水中卡马西平的浓度以量化下水道渗漏情况。

Monitoring of carbamazepine concentrations in wastewater and groundwater to quantify sewer leakage.

作者信息

Fenz R, Blaschke A P, Clara M, Kroiss H, Mascher D, Zessner M

机构信息

Institute for Water Quality and Waste Management, Vienna University of Technology, A-1040 Vienna, Karlsplatz 13, Austria.

出版信息

Water Sci Technol. 2005;52(5):205-13.

Abstract

Monitoring of carbamazepine concentrations in wastewater and groundwater enables us to identify and quantify sewer exfiltration. The antiepileptic drug carbamazepine is hardly removed in wastewater treatment plants and not or just slightly attenuated during bank infiltration and subsoil flow. Concentrations in wastewater are generally 1000 times higher than the limit of quantification. In contrast to . many other wastewater tracers carbamazepine is discharged to the environment only via domestic wastewater. The results from this study carried out in Linz, Austria indicate an average exfiltration rate of 1%, expressed as percentage of the dry weather flow that is lost to the groundwater on the city-wide scale. This rate is lower than sewage losses reported in most other studies which attempted to quantify exfiltration on the basis of groundwater pollution. However, it was also possible to identify one area with significantly higher sewage losses. This method seems to be very suitable for the verification of leakage models used to assess sewer exfiltration on a regional scale.

摘要

监测废水和地下水中卡马西平的浓度,有助于我们识别和量化下水道渗漏情况。抗癫痫药物卡马西平在污水处理厂中几乎不会被去除,在岸边入渗和潜流过程中也不会衰减或只会稍有衰减。废水中卡马西平的浓度通常比定量限高出1000倍。与许多其他废水示踪剂不同,卡马西平仅通过生活污水排放到环境中。在奥地利林茨开展的这项研究结果表明,在全市范围内,平均渗漏率为1%,以旱季流量中渗漏到地下水中的比例来表示。该比率低于大多数其他试图根据地下水污染情况量化渗漏的研究报告的污水损失率。不过,也有可能识别出一个污水损失明显更高的区域。这种方法似乎非常适合用于验证在区域尺度上评估下水道渗漏情况的渗漏模型。

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