生物炭净化重金属污染土壤和水体的潜力

Adaobi Onmonya Yvonne, Galadima Adamu Sadiq, Sadi Maryam
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引用次数: 1

摘要

除人为影响外,环境中自然存在重金属。这些金属是通过不同的技术,如吸附、氧化/还原、化学沉淀、膜分离、过滤和离子交换,从废水和水中去除的。生物吸附是非常有效的,因为它是高度自然更新的,是廉价的,并且可以去除大量的金属,因为污染物可以通过解吸或焚烧生物质回收。因此,根据不同的研究人员的说法,这项工作的目的是确定一些生物炭用作吸附剂来去除土壤和水中的铅、铬、汞和铜。综上所述,吸附是一种非常有效的去除或回收环境中重金属的方法。这些生物炭可以代替商业活性炭,因为除了便宜之外,根据废水排放标准,它们在去除金属离子方面非常有效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Potential of biochar for clean-up of heavy metal contaminated soil and water
Heavy metals exist in the environment naturally aside those due to anthropogenic impact. These metals are removed from effluents and water using different techniques like adsorption, oxidation/reduction, chemical precipitation, membrane separation, filtration and ion exchange. Biosorption is very effective because it is highly renewed naturally, is cheap, and can remove metals greatly because the pollutant can be recovered either by desorbing or incinerating the biomass. Therefore, this work aims to identify some biochars utilized as adsorbents to remove lead, chromium, mercury and copper in soil and water, according to different researchers. In conclusion adsorption is a very effective method to remove or recover heavy metals from the environment. These biochars can be used in place of commercial activated charcoal because, besides being cheap, they are very effective treatment in removing metal ions based on wastewater discharge standards.
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