人工湿地:去除水中药物浓度的技术

Krisna Ridzi Kathar, Naema Wasim, Simone da Silva, A. Pyrrho, Marcia C B N Varricchio
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引用次数: 2

摘要

鉴于被药物污染的水和河流的质量以及缺乏污水处理,这项工作旨在为环境提供一种可持续和有前途的技术。我们重点介绍了人工湿地技术,使其在生态正确和低成本的情况下减少了水中的污染。本研究采用基于基本目的的综合综述和定性定量方法,并使用Science Direct数据库。入选作品包括2010年至2021年间发表的综述和研究文章。不涉及通过人工沼泽进行植物修复和研究合成废水的工程被排除在外,只涉及地表水和污水处理厂和水处理厂的废水。因此,本次审查是在25篇文章的基础上进行的。在水的利用上,建立盆地、池塘或浅湖,并在其上施用基质和植被。项目可以而且应该单独完成,具体取决于水的特性和需要达到的参数。此外,还应观察环境的可用面积和地形等问题。在本研究中,通过对多个参数和配置的观察分析,证明了WCs的效率高于常规水处理。因此,将常规处理与抽水马桶相结合的系统将在水处理方面具有更高的效率,是一种有希望的低成本改进替代方案,有利于公共卫生。
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Constructed Wetlands: Technology for Removing Drug Concentration from Water
This work aims to present a sustainable and promising technology for the environment, in view of the quality of water and rivers contaminated with drugs and lack of sewage treatment. We highlight the Constructed Wetlands technique built so that, in an ecologically correct and low cost, contamination in waters is reduced. The research carried out consists of an integrative review with a basic purpose and a quali-quantitative approach and the Science Direct database was use. The selection of works include review and research articles published between 2010 and 2021. Works that did not deal with phytoremediation through constructed swamps and research with synthetic effluents were excluded, with only those dealing with surface water and effluents from sewage treatment and water treatment plants. Thus, this review was carried out on a basis of 25 articles. For the application of WC, basins, ponds or shallow lakes are built and substrate and vegetation are applied to them. Projects can and should be done individually, depending on the characteristics of the water and the parameters needed to be achieved. In addition, issues such as available area and topography of the environment should be observed. For this study, observing the analysis of a several parameters and configurations, it was demonstrated that WCs is greater efficiency than conventional water treatments. Thus, a system that combines conventional treatments with WC will have greater efficiency in water treatment, being a promising alternative in relation to improvement at low cost, benefiting Public Health.
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