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Improving Mine Haul Road Roughness to Reduce Haul Truck Fuel Consumption

机译:改善矿井运输道路粗糙度,以减少运输卡车燃料消耗

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Mining operations which utilise Haul Trucks to move product or overburden have to also build and maintain a network of roads which the Haul Truck can operate on. As the development of the mine progress typically the road network changes and the maintenance of a mining road can influence the productivity of the mine and specifically the Haul Truck fuel consumption on the mine. The current class of Ultra class Haul Trucks can have a Gross mass from 450t to 590t with 60lt to 90lt engines developing 1,830kW to 2,800kW. By managing the roughness of the mining road network the rolling resistance of the Haul Trucks can be controlled/managed within a defined band and hence the mine can control part of the Haul Truck fuel consumption. Conversely constantly maintaining mine roads affects the productivity of the mine. Typically the decision to conduct maintenance work on a Haul Road is made subjectively, based on the feel of how rough the roads are getting. A system to objectively collect data from vehicles operating on the mine, process and display data on road roughness to mine staff will be detailed. The system enables objective decision to be made with respect to road maintenance and hence Haul Truck fuel consumption.
机译:利用运输卡车移动产品或覆盖层的采矿业务也必须建设和维护运输卡车可以操作的道路网络。由于矿井进展的发展通常,道路网络的变化和采矿道的维护可以影响矿井的生产力,特别是矿井的运输燃料消耗。当前类超一流的运输卡车的可以具有450吨到590吨总质量与60lt到90lt引擎开发1,830kW至2,800kW。通过管理采矿道路网络的粗糙度,可以在限定的乐队中控制/管理运输卡车的滚动阻力,因此矿井可以控制一部分拖车燃料消耗。相反,不断保持矿井道路影响了矿井的生产力。通常根据道路如何获得的粗糙度,主观地对运输道路进行维护工作的决定。一个系统,客观地收集来自在矿山上运行的车辆,流程和显示道路粗糙度的数据的数据将详细介绍。该系统能够在道路维护方面进行客观决定,并因此进行运输卡车燃料消耗。

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