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浅析水环境中抗生素分析方法

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随着社会经济的发展,水环境污染越来越严重,尤其是水环境中的抗生素类型、浓度逐渐拓展,对人民生命安全造成极大危害.随着人们环保意识的增强,对水环境质量提出了更高的要求.因此,需要结合实际情况,加强对水环境中抗生素的分析研究,探究抗生素的来源,并选择合适的检测分析方法,详细了解水环境污染状况,对水环境中抗生素迁移转化规律进行分析.通过这种方式才能对水环境中抗生素污染的防治提供依据和方向指引,从而有效预防和控制水环境污染,进一步改善水环境生态,为人们生存发展创建良好的生存环境.文章主要对水环境中的抗生素来源、类型进行分析,并详细探究各类检测方法的应用要点,对水环境中抗生素的污染状况、迁移转化等情况展开全面性分析研究,为后续水环境抗生素污染防治工作的开展提供正确指引.
Analysis Method of Antibiotics in Water Environment
With the development of social economy,the pollution of water environment is more and more serious,especially the type and concentration of antibiotics in the water environment are gradually expanded,which causes great harm to people's life safety.With the enhancement of people's environmental awareness,therefore,higher requirements are put forward for water environmental quality.Therefore,it is necessary to strengthen the analysis and research of antibiotics in water environment based on the actual situation,explore the source of antibiotics,select appropriate detection and analysis methods,understand the pollution situation of water environment in detail,and analyze the migration and transformation rules of antibiotics in water environment.Only in this way can we provide basis and guidance for the prevention and control of antibiotic pollution in water environment,effectively prevent and control water environment pollution,further improve water environment ecology,and create a good living environment for people's survival and development.This paper mainly conducts comprehensive detection of the sources and types of antibiotics in water environment,and explores the application points of various detection methods in detail,so as to carry out comprehensive analysis and research on the pollution status,migration and transformation of antibiotics in water environment,and provides correct guidance for the subsequent prevention and control of antibiotic pollution in water environment.

water environmentantibioticsanalysis method

杨毅

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四川省巴中生态环境监测中心站,四川 巴中 636000

水环境 抗生素 分析方法

2024

皮革制作与环保科技

皮革制作与环保科技

ISSN:
年,卷(期):2024.5(9)
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