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(00551)Pharmaceutical residues in hospital and urban wastewaters: Occurrence, removal and potential risk assessment

机译:(00551)医院和城市废水中的药物残留物:发生,去除和潜在风险评估

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The presence of ten pharmaceutical compounds (bupropion, venlafaxine, mirtazapine, sertraline, citalopram, caffeine, triclosan, carbamazepine, diazepam, clozapine)which belong to different treatment categories was studied in one hospital and three urban WWTPs in north and northwestern Greece. The pharmaceuticals have been selected due to their high usage rate but also because of their proven presence in both wastewater treatment plants and the aquatic environment. Analytical methodology was based on gas chromatography coupled to mass spectrometry (GC-MS)detection after the application of a solid phase extraction (SPE)step. In addition, elimination of these compounds in the WWTPs was assessed as well as their ecotoxicological impact on the aquatic environment was estimated by means of risk quotient (RQ). The results showed that the most often detectable compounds were caffeine, triclosan and venlafaxine. High concentration levels of caffeine, up to 22142.1 ng/L were found, while removal rates were up to 99 %. In addition, high levels of acute and chronic toxicity were observed for triclosan (RQ>1).
机译:在一个医院和希腊西北部和西北部的三个城市WWTPS中,研究了属于不同治疗类别的十种药物化合物(Bupropion,Venlafaxine,Mirtazapine,塞拉葡萄酒,西酞普兰,葡萄干,氯氮胺,Clozapine)。由于其高使用率,药品已经选择,但也是因为它们在废水处理厂和水生环境中的遗失存在。分析方法基于在施加固相萃取(SPE)步骤之后偶联到质谱(GC-MS)检测的气相色谱。此外,评估了WWTP中这些化合物的消除,以及它们对水生环境的生态毒理学影响通过风险商(RQ)估算。结果表明,最常见的可检测的化合物是咖啡因,三胞嘧啶和Venlafaxine。发现高浓度水平,高达22142.1ng / L,同时去除率高达99%。此外,对于三氯烷(RQ> 1),观察到高水平的急性急性和慢性毒性。

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