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首页> 外文期刊>Bulletin of Environmental Contamination and Toxicology >Development and Application of a Model to Estimate Wastewater Treatment Plant Prescription Pharmaceutical Influent Loadings and Concentrations
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Development and Application of a Model to Estimate Wastewater Treatment Plant Prescription Pharmaceutical Influent Loadings and Concentrations

机译:估计污水处理厂处方药进水量和浓度的模型的开发和应用

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A mass balance model was developed to estimate prescription pharmaceutical loadings to municipal wastewater treatment plants via computation of influent concentrations (C IN). Model estimates of C IN were compared with published data and found to be accurate within an order of magnitude for some 90% of the drugs evaluated. The model was then used to rank prescription drugs on a per-capita mass loading basis for comparison with current research efforts and coupled with two EPISuite ™ programs to generate estimates for environmental exposure. Results showed marked discrepancies between prescription numbers, loadings, exposures, and research conducted, as highlighted by the drug metformin, with the largest projected loading to treatment plants (>28 g per 1,000 people/day), yet only ranking 12th in terms of prescription numbers and no environmental research articles.
机译:建立了质量平衡模型,以通过计算进水浓度(C IN )估算市政污水处理厂的处方药装载量。将C IN 的模型估计值与已发表的数据进行了比较,发现对于评估的大约90%的药物,该估计值在一个数量级内是准确的。然后,该模型用于按人均质量负荷对处方药进行排名,以与当前的研究工作进行比较,并与两个EPISuite ™程序结合使用,以估算环境暴露。结果表明,处方数量,使用量,暴露量和所进行的研究之间存在明显差异,如二甲双胍药物所突出显示的那样,预计对治疗工厂的处理量最大(> 28 g / 1,000人/天),但在处方方面仅排名第12位数字,没有环境研究文章。

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