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Towards closure - considerations in tailings storage design

机译:缩短 - 尾矿存储设计中的考虑因素

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This paper explores the relationship between geotechnical issues and drainage/water management in the design of tailings storages for closure, with an emphasis on high rainfall and tropical environments. Selection of the tailings system for a project will greatly influence the tailings geotechnical characteristics within the storage facility (i.e. tailings density and strength). Other influences include ore type, grind size etc. Options available include the use of high density thickened tailings or filtered tailings. Higher density and greater strength tailings should lead to reduced differential settlements, reduced risk of failure of tailings storage facility (TSF) cover drainage (water management) systems and hence better closure outcomes. Selection of the tailings system for the project can have other impacts on water management for the project, including water conservation (e.g. thickened or filtered tailings and greater return of water at the plant).
机译:本文探讨了岩土问题与排水/水管理在封闭尾矿床单中的关系,重点降雨量和热带环境。为项目的尾矿系统的选择将大大影响储存设施内的尾矿岩土性特征(即尾矿密度和强度)。其他影响包括矿石型,研磨尺寸等选项包括使用高密度加厚的尾矿或过滤尾矿。更高的密度和更大的强度尾矿应导致降低差动沉降,降低尾矿储存设施(TSF)覆盖排水(水管理)系统的失败风险,从而更好地关闭结果。选择该项目的尾矿系统可以对项目的水管理产生其他影响,包括水资源保护(例如,增稠或过滤尾矿以及植物水的返回)。

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