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Applying Up-to-Date Blasting Technology and Mine-to-Mill Concept in Quarries

机译:应用最新的爆破技术和矿井到磨坊概念

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With significant vibration control and fragmentation challenges facing them, the CBS quarry (department of the Nord) successfully integrated a technical partner and mine to mill optimisation to deal with a difficult environment. For the last three years, CBS has been conducting a global production monitoring program similar to the mine to mill concept used in the mining industry. This concept consists of optimising the drilling and blasting while monitoring the effects on the downstream chain (vibration control, loading, hauling, crushing, plant output). Blast optimization is ensured by systematic control of the blast geometry (volumes, patterns, bench and face anomalies, drill deviation) and by the use of constant specific energy blasting. Constant specific energy optimises the work of the explosive in a blasting operation and, when combined with a high accuracy programmable electronic blasting system, reduces the impact of blasting on the environment and enhances blast performance. These techniques ensure consistent blasting results and hence improved site productivity. The improvements achieved have been identified thanks to an effective system designed to monitor the key production parameters.
机译:随着振动控制和碎片挑战,CBS Quarry(Nord系)成功地融合了技术合作伙伴和矿山,以便优化以处理困难的环境。在过去的三年中,CBS一直在进行一个类似于矿山矿业概念的全球生产监测计划。这种概念包括优化钻孔和爆破,同时监测对下游链的影响(振动控制,装载,牵引,破碎,植物输出)。通过系统控制爆炸几何形状(体积,图案,长凳和面部异常,钻偏差)和使用恒定的特定能量爆破来确保BLAST优化。恒定的特定能量在爆破操作中优化爆炸性的工作,并且当与高精度可编程电子爆破系统结合时,减少爆破对环境的影响,提高爆破性能。这些技术确保了一致的爆破结果,因此改善了现场生产力。由于旨在监控关键生产参数的有效系统,已经确定了所识别的改进。

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