首页|矿区污染修复技术应用进展研究

矿区污染修复技术应用进展研究

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对矿产资源的需求和人口的过度增长导致采矿活动的激增,这加剧了环境污染.在世界各地,矿山尾矿和剔除废物已占据了数百万公顷的土地,导致大量潜在有毒元素(PTEs)排放到周边土壤和地下水环境中.通常矿区周边土壤中的PTEs含量远高于背景值.因此,人们非常关注有效的治理方法,以控制采矿土壤中PTEs的流动性和生物利用度.目前,植物修复、物理修复、化学修复和生物修复通常用于矿区的土壤修复中,这些技术对采矿环境的恢复和土壤生态的重建各有利弊.本文将对这些矿区生态修复方法的最新应用进展进行探讨.
Progress of Research on Pollution Remediation Technologies in Mining
Demand for mineral resources and excessive population growth have led to an upsurge in mining activities,which has exacerbated environmental pollution.Around the world,mine tailings and rejected wastes have occupied millions of hectares of land,which has led to the release of large quantities of potentially toxic elements(PTEs)into the surrounding soil and groundwater environments.Typically the levels of PTEs in soils surrounding mine sites are much higher than background values.Therefore,much attention has been paid to effective treatment methods to control the mobility and bioavailability of PTEs in mining soils.Currently,phytoremediation,physicoremediation,chemoremediation and bioremediation are commonly used in the soil remediation process of mining sites,and each of these techniques has its own advantages and disadvantages for the restoration of mining environments and the reconstruction of soil ecology.In this paper,we will review the recent progress in the application of these ecological restoration methods in mining areas.

mine contaminationpotentially toxic elementsremediation technologies

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沈阳市生态环境保护综合行政执法队,辽宁 沈阳 110058

矿区污染 潜在有毒元素 修复技术

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(2)
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