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Geotechnical characterization and modelling of the Mandena heavy mineral sand deposit

机译:Mandena重矿物砂矿床的岩土表征和建模

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摘要

Biological cementation of the Mandena heavy mineral deposit in Madagascar was causing difficulty in dredge mining and hence in planning and control of production rates. An investigation was initiated to better evaluate the geotechnical properties of the orebody sands. The investigation was aimed at defining the distribution and geotechnical properties of the cemented strata, in order to generate a site specific geotechnical model for the Mandena deposit. The geotechnical characterisation was developed using an integrated approach of several ground investigation techniques such as piezocone (also known as CPTu) testing, geotechnical drilling, SPT testing as well as laboratory testing. The final outcomes of the investigation included a 3D geotechnical model showing the distribution and extent of the cemented areas as well as the typical geotechnical parameter ranges associated with each of the defined geotechnical units. The interpretations developed were incorporated into the mine and production planning to ultimately optimise operational planning and control.
机译:马达加斯加Mandena重矿物矿床的生物胶结造成挖泥开采的困难,从而导致计划和控制生产率。为了更好地评估矿体砂的岩土特性,开始了一项调查。该调查旨在确定胶结地层的分布和岩土特性,以便为曼德纳矿床生成特定于场地的岩土模型。岩土技术特性是使用多种地面调查技术(例如压电锥(也称为CPTu)测试,岩土钻探,SPT测试以及实验室测试)的集成方法开发的。调查的最终结果包括一个3D岩土技术模型,该模型显示了胶结区的分布和范围以及与每个定义的岩土单位相关的典型岩土参数范围。开发的解释已合并到矿山和生产计划中,以最终优化运营计划和控制。

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