修复环境和生态系统中重金属的技术:比较研究综述

Mst. Honufa Khatun, Md. Mahmudul Kobir, Md. Abdur Rahim Miah, Amit Kumar Sarkar, Md. Ashraful Alam
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引用次数: 0

摘要

生态系统污染是一个全球性问题,与当代社会的进步直接相关。人类健康和自然环境都会受到影响,因此环境中的重金属污染是当前影响生态系统的一个严重环境问题。重金属污染之所以受到特别关注,是因为它经常带来最大的补救挑战。长期以来,人们一直使用某些技术(通常基于物理、热、化学和生物过程)来消除受污染环境中的重金属,使其达到安全和可接受的水平。重金属的种类和特性、污染程度以及环境中污染物的组合都会对这些技术的有效性产生重大影响。一些传统技术也会危及环境。因此,需要研究和开发基于天然材料或生态系统的有效环保方法。本综述手稿以新型修复技术方法为重点,将概述近期的探索和研究、评估修复效果的尝试以及可用于消除生态系统中重金属的去污技术的进展。文中概述了重金属的成因、后果和净化技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technologies for Remediation of Heavy Metals in Environment and Ecosystem: A Critical Overview of Comparison Study
Ecosystem contamination is a global issue that is directly related to the advancement of contemporary society. Human health and the natural environment are affected that’s why heavy metal contamination of the environment is currently a serious environmental issue that affects the ecosystem. Heavy metal pollution receives special attention because it frequently presents the greatest remedial challenges. Certain technologies, usually based on physical, thermal, chemical as well as biological processes have long been used to eliminate heavy metals from polluted environments to a level that is safe and acceptable. The kind and characteristics of the heavy metals, the level of pollution and the combination of contaminants in the environment all have a significant impact on how effective these techniques are. The environment is also at risk from a few conventional technologies. Thus, research and development are needed for effective environmentally friendly methods that are based on natural materials or ecosystems. With a focus on novel approaches to remediation techniques, this review manuscript will give an overview of recent exploration and research, attempts to evaluate the effectiveness of remediation and advancements in decontamination technologies that can be applied to eliminate heavy metals from ecosystems. A summary of the causes, consequences and technologies for cleanup are provided for heavy metals.                                                                                                                                           
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