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Dewatering tailings: rapid water recovery by use of centrifuges

机译:脱水尾矿:通过使用离心机快速恢复

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At present, most tailings are dewatered by static settling in tailings dams. The environmental impact of these large settlings ponds is very dramatic, not to mention the space requirements and the potential risk of dam failure. This method of disposal also results in the loss of process water due to evaporation. This can be significant in areas where the supply of fresh water is limited. The high centrifugal force in a decanter centrifuge drastically increases dewatering efficiency, as centrifugal separation happens at up to 29,430 m/s~2 (3,000 x gravitational acceleration or g). Depending on the material, more than 90% of the process water can be recovered using centrifuge technology. It can be reused in the mineral processing operation and will increase the water efficiency of the whole mining community. This paper presents the results of actual projects in Brazil and Peru.
机译:目前,大多数尾矿都通过尾矿坝静电沉降来脱水。这些大型定居点池塘的环境影响非常戏剧,更不用说空间要求和坝体失效的潜在风险。这种处置方法还导致由于蒸发而导致的工艺用水。在淡水供应有限的地区,这可能是显着的。滗析器离心机中的高离心力大大增加了脱水效率,因为离心分离发生在高达29,430m / s〜2(3,000×引力加速度或G)。根据材料的不同,可以使用离心机技术来回收超过90%的工艺水。它可以在矿物加工操作中重复使用,并将提高整个矿业社区的水效率。本文介绍了巴西和秘鲁的实际项目的结果。

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