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A comparison of alternative tailings disposal methods-the promises and realities

机译:替代尾矿处理方法的比较 - 承诺和现实

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Despite technological advances in mineral processing, mining companies still face challenges in how to best manage tailings materials. In addition, mining of lower grades of ore has resulted in increased water use per unit of production; at certain sites, water availability is the single greatest constraint on mine development. In some cases, alternative tailings disposal (ATD) has been viewed as a 'silver bullet' that will address all tailings management issues, especially water concerns. In addition, in some cases ATD technologies also promise a smaller footprint and reduced environmental impact and risks. This paper looks at the promise and realities of ATD methods and will provide high-level guidance on when to use individual technologies and where conventional wet disposal is still the preferred method. The various tailings disposal types presented are filtered, paste, thickened, and conventional disposal. Energy supply, climate, production rates, project economics, operational predictability, topography, seismicity, and water are used to frame the benefits and limiting factors behind each ATD method. Recommendations on when to use each disposal method are made.
机译:尽管矿物加工技术进步,但矿业公司仍然面临最佳管理尾矿材料的挑战。此外,矿产较低等级的开采导致每单位生产的用水量增加;在某些地点,水可用性是对矿山发展的最大限制。在某些情况下,替代尾矿处理(ATD)被视为“银弹”,将解决所有尾矿管理问题,尤其是水问题。此外,在某些情况下,ATD技术还承诺少占地面积和降低环境影响和风险。本文介绍了ATD方法的承诺和现实,并将为何时使用个别技术提供高级指导,以及传统的湿处理仍然是首选方法。呈现的各种尾矿处理类型被过滤,糊剂,加厚和传统处置。能源供应,气候,生产率,项目经济学,操作可预测性,地形,地震性和水用于框架每个ATD方法背后的益处和限制因素。提出关于使用每种处置方法的建议。

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