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首页> 外文期刊>The Korean journal of chemical engineering >Sources and impacts of pharmaceutical components in wastewater and its treatment process: A review
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Sources and impacts of pharmaceutical components in wastewater and its treatment process: A review

机译:废水中药物成分的来源和影响及其处理过程:综述

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摘要

Pharmaceutical compounds and their derivatives are major pollutants in the environment, as their metabolites affect the terrestrial as well as aquatic organisms in one or another way. In recent times, many papers have discussed the treatment procedures for single pharmaceutical and mixture of pharmaceutical components, but only few papers have discussed the fate and the exposure of pharmaceutical contaminants in our environment. In this paper, we discuss the sources and the forms of pharmaceutical products and their resultant in the environment and their addition to the microbial and to human communities. A detailed discussion of various treatment techniques from conventional to current techniques, their advantages and disadvantages is given here. Researchers are finding the techniques in order to completely degrade the contaminants and their transformed products from the environment. Among the technique, s nanotechnology was found to be an efficient technique, and the combination of nanotechnology with other conventional technologies gives higher removal efficiency.
机译:药物化合物及其衍生物是环境中的主要污染物,因为它们的代谢产物以一种或另一种方式影响陆生以及水生生物。近年来,许多论文讨论了单一药物和药物成分的混合物的处理程序,但是只有很少的论文讨论了环境中药物污染物的命运和暴露。在本文中,我们讨论了药品的来源和形式以及它们在环境中的产生以及它们在微生物和人类社区中的添加。从常规技术到当前技术的各种处理技术及其优缺点的详细讨论在此给出。研究人员正在寻找技术以完全降解环境中的污染物及其转化产物。在这些技术中,发现纳米技术是一种有效的技术,并且纳米技术与其他常规技术的结合可提供更高的去除效率。

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