Dry stacking of high-grade flake graphite tailings: Tanzania

P Moshi, J. deVries, C. Hogg, C. Lane
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Abstract

This paper presents some details of the feasibility study for a proposed dry stacked tailings management system for the Mahenge Graphite Project, in Tanzania. Black Rock Mining Limited is focused on developing its Mahenge Graphite Project, which holds the largest high-grade flake graphite resource reserve in Tanzania – the fourth largest graphite resource in the world. Several potential graphite processing operations are being proposed at various locations around the world and tailings management is a unique challenge given the geochemical characteristics of the graphite tailings and the topographical constraints of the site. Dry stacking of the graphite tailings offers a solution which minimises the environmental risks associated with conventional wet tailings and permits water reuse as part of the tailings management process. The project is located in a tropical savannah environment with a distinct difference between wet and dry seasons. Dry stacking offers a unique and innovative approach to minimising potentially large volumes of excess water during periods of high rainfall. At least 80% of the process water can be recycled.
干堆高品位鳞片石墨尾矿:坦桑尼亚
本文介绍了坦桑尼亚马亨格石墨项目拟议的干堆尾矿管理系统可行性研究的一些细节。黑岩矿业有限公司专注于开发其Mahenge石墨项目,该项目拥有坦桑尼亚最大的高品位鳞片石墨资源储量,是世界第四大石墨资源。在世界各地的不同地点正在提出几种潜在的石墨加工作业,鉴于石墨尾矿的地球化学特征和场地的地形限制,尾矿管理是一项独特的挑战。石墨尾矿的干堆提供了一种解决方案,可以最大限度地减少与传统湿尾矿相关的环境风险,并允许水再利用作为尾矿管理过程的一部分。该项目位于热带草原环境中,具有明显的干湿季节差异。干堆提供了一个独特的和创新的方法,以尽量减少潜在的大量多余的水在高降雨期间。至少80%的工艺用水可以循环利用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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