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A comprehensive investigation of loading variance influence on fuel consumption and gas emissions in mine haulage operation

机译:矿山运输作业中载荷变化对燃料消耗和气体排放影响的综合研究

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摘要

The data collected from haul truck payload management systems at various surface mines show that the payload variance is significant and must be considered in analysing the mine productivity, diesel energy consumption, greenhouse gas emissions and associated costs. The aim of this study is to determine the energy and cost saving opportunities for truck haulage operations associated with the payload variance in surface mines. The results indicate that there is a non-linear relationship between the payload variance and the fuel consumption, greenhouse gas emissions and associated costs. A correlation model, which is independent of haul road conditions, has been developed between the payload variance and the cost saving using the data from an Australian surface coal mine. The results of analysis for this particular mine show that a significant saving of fuel and greenhouse gas emissions costs is possible if the standard deviation of payload is reduced from the maximum to minimum value.
机译:从各个露天矿的卡车有效载荷管理系统收集的数据表明,有效载荷变化很大,在分析矿井生产率,柴油能耗,温室气体排放及相关成本时必须考虑这些变化。这项研究的目的是确定与露天矿有效载荷变化相关的卡车运输作业的能源和成本节约机会。结果表明,有效载荷方差与燃料消耗,温室气体排放量和相关成本之间存在非线性关系。使用来自澳大利亚露天煤矿的数据,在有效载荷差异和节省成本之间建立了一个与运输道路条件无关的相关模型。该特定矿山的分析结果表明,如果有效载荷的标准偏差从最大值减小到最小值,则可以大大节省燃料和温室气体排放成本。

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