Newmont Éléonore矿胶结膏体充填新配方选择方法

Chloé Carlier, R. Veenstra
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引用次数: 0

摘要

直到2020年中期,Newmont Éléonore矿山胶结膏体充填体(CPB)配方是从比较特定养护年龄(长达56天)下粘合剂含量和强度的图表中选择的。然而,这些图表是基于米切尔的方法,使用Éléonore的最大采场尺寸。他们也没有考虑任何流变性、最大表面泵压力能力或混合密度。使用新系统及其生成的模板,回填人员可以为每个采场定制配方,以满足最新的序列和环境条件。本文解释了如何选择新的浆料配方,以及它们所带来的成本节约和生产率提高。氰化法。UG空隙采用胶结膏体充填体(CPB)和废石充填体进行回填。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The new cemented paste backfill recipes selection method at Newmont Éléonore mine
Until mid-2020, the Newmont Éléonore mine cemented paste backfill (CPB) recipes were chosen from charts comparing binder contents and strengths at specific curing ages up to 56 days. However, these charts were based on Mitchell’s method using Éléonore’s biggest stope dimensions. They also did not consider any rheology, maximum surface pump pressure capacities or mix density. Using the new system, and its resulting template, backfill personnel can tailor a recipe for each stope to meet the latest sequence and environment conditions. This paper explains how the new paste recipes are selected, as well as the costs savings and productivity increases they enabled. cyanidation. UG voids are backfilled using cemented paste backfill (CPB) and waste rockfill.
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