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Mineral processing technology applied to the remediation of contaminated soils

机译:矿物加工技术适用于污染土壤的修复

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Environmental protection, and specially contaminated soils remediation, could benefit from the mineral processing approach, based on the knowledge of the properties of: solids, surfaces and the interface with aqueous solutions, If the robust and economic techniques developed for ores could be adapted to the recycling and remediation specificity (high heterogeneity, low tonnage), as the separations based on size distribution, density or magnetic properties, a special emphasis should be given to the physico-chemical and also to the bio-processes; the later, considered as emerging technologies, appear to have a bright future for environmental protection. Such adaptation before any commercial exploitation requires a process development phases.
机译:环境保护和特殊污染的土壤修复,可以从矿物加工方法中受益,基于所具有:固体,表面和与水溶液的界面的特性的知识,如果为矿石开发的稳健和经济技术可以适应再循环和修复特异性(高异质性,低吨位),作为基于尺寸分布,密度或磁性的分离,应特别强调物理化学品,也应给生物过程;后来被认为是新兴技术,似乎有一个光明的环境保护未来。在任何商业开发之前需要一个过程开发阶段的这种适应。

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