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Modern Process Mineralogy: An integrated multi-disciplined approach to flowsheeting

机译:现代工艺矿物学:集成的多学科流程图制作方法

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摘要

The history of development of Process Mineralogy is reviewed, and updated. Specifically, the approach taken by Xstrata Process Support is discussed. It is shown that across the current generation of practice, a multi-disciplinary approach of sampling, geology, quantitative and qualitative mineralogy, applied statistics and mineral processing hybridises well into a synergistic arrangement that delivers better flowsheeting for the concentrator. The development of modern mineralogical and mineral processing equipment and methodology has contributed in great measure to an overall ability to correctly assess the processing needs of an orebody. This leads to a more accurate understanding of the flowsheet requirements, thus the flotation testing becomes more focussed and delivers a more viable flowsheet at an earlier stage of the project. The role of applied statistics in this practice additionally contributes relevant quality controls to the sampling and laboratory quality controls, as well as to the all-important plant scale trial, which must be able to demonstrate the expected performance gains. Some suggestions for the path forward from here onward are made.
机译:审查并更新了工艺矿物学的发展历史。具体地说,讨论了Xstrata Process Support采取的方法。结果表明,在当前的实践中,采样,地质,定量和定性矿物学,应用统计和矿物加工的多学科方法很好地融合为一种协同安排,为选矿厂提供了更好的流程图。现代矿物学和矿物加工设备和方法的发展极大地促进了正确评估矿体加工需求的总体能力。这样可以更准确地了解流程图的要求,因此,浮选测试的重点更加突出,并且在项目的早期阶段交付了更可行的流程图。应用统计在这种实践中的作用还有助于对采样和实验室质量控制以及所有重要的工厂规模试验进行相关的质量控制,这些试验必须能够证明预期的性能提升。对于从这里开始前进的道路,提出了一些建议。

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