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Development of an empirical geo-metallurgical model that unlocks value of the mineral resources at Yandi Mine

机译:开发一个经验地球冶金模型,解锁Yandi Mine矿产资源价值

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In recent technical investigations that were triggered from ore for rail shortfalls at Yandi, BHP Iron ore has identified a gap in resource knowledge relating to geo-metallurgical characteristics that predict materials handling performance and throughput. Within these investigations BHP has learnt that this lack of resource knowledge has translated to a lack of predictability associated with mine planning inputs which has resulted in poor compliance to plan and deviation management practices. A business value chain was developed in an attempt to identify the best possible solution to unlock this resource knowledge in the short, medium and long term planning horizons. A fast fail approach was taken with the implementation of hyperspectral blasthole analysis, which was chosen to deliver the best possible value driver for the asset. This report will detail the Yandi journey in expanding the hyperspectral and geo-metallurgical value chain, unlocking resource knowledge along the way.
机译:在最近从伊甸园的铁路缺失触发的技术调查中,BHP铁矿石已经确定了与预测材料处理性能和产量的地质冶金特性有关的资源知识的差距。在这些调查中,BHP了解到,这种缺乏资源知识已经转化为与矿山规划投入相关的可预测性,这导致计划和偏差管理实践不良。开发了一个企业价值链,以试图确定在短期,中期和长期规划视野中解锁这种资源知识的最佳解决方案。采用超光滑膨胀孔分析的实施进行了快速的失效方法,该分析被选为为资产提供最佳的价值驱动程序。本报告将详细介绍Yandi旅程,在扩大高光谱和地球冶金价值链中,沿途解锁资源知识。

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