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Distinguishing reclamation, revegetation and phytoremediation, and the importance of geochemical processes in the reclamation of sulfidic mine tailings: A review

机译:区分填海,再培养和植物化,以及地球化学过程在亚硫化矿尾矿填海过程中的重要性:综述

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The reclamation of tailings, especially acid-generating tailings resulting from the oxidation of sulfide minerals, has been an urgent but difficult task for a long period. Phytoremediation has been received great concerns in the area of metal (loid)s removal in recent two decades. However, in the reclamation of tailings, the term ''revegetation" has been mentioned frequently. In order to help to design an appropriate reclamation plan during mine closure stage, this paper aims to distinguish the concepts of reclamation, revegetation and phytoremediation, and then clarify their relationships. After review and discussion, it is concluded that the concept of reclamation includes the concept of revegetation, and revegetation includes phytoremediation. The amended phytostabilization is proposed as the most potential phytoremediation technique for reducing the metal (loid)s mobility in sulfidic tailings. Moreover, since much research has been focusing on microbial activities in the tailings - plants system, this paper further indicated the importance of inorganic geochemical processes in the direct revegetation on sulfidic mine tailings and emphasized its potential being an anticipated research direction in the near future. (C) 2020 Elsevier Ltd. All rights reserved.
机译:尾矿的回收,特别是由硫化矿物氧化引起的酸产生尾矿,这是一个长期迫切而艰巨的任务。近二十年来,在金属面积(LOID)的清除中受到了极大的关注。但是,在尾矿的回收中,术语“重新植被”经常提到。为了帮助在矿井封闭阶段设计适当的填海计划,本文旨在区分填海,再培养和植物修复的概念,然后澄清他们的关系。在审查和讨论后,结论是填海的概念包括再培养化的概念,并植被包括植物修复。提出了修改的植物化作为用于降低金属(LoID)在硫纤维中的植物血症化技术尾矿。此外,由于尾矿系统系统中的微生物活动微生物,因此本文进一步表明了无机地球化学过程在磺化矿山尾矿上直接植被中的重要性,并强调其潜在是近乎预期的研究方向。未来。(c)2020 Elsevier Ltd.保留所有权利。

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