刘树德, 任宏旺, 黄月军, 田睿. FRT生物酶筑路技术在胜利露天煤矿现场管理中的应用[J]. 煤矿安全, 2015, 46(5): 238-240.
    引用本文: 刘树德, 任宏旺, 黄月军, 田睿. FRT生物酶筑路技术在胜利露天煤矿现场管理中的应用[J]. 煤矿安全, 2015, 46(5): 238-240.
    LIU Shude, REN Hongwang, HUANG Yuejun, TIAN Rui. Application of FRT Biological Enzyme Road Building Technology in Field Management of Shengli Open-pit Coal Mine[J]. Safety in Coal Mines, 2015, 46(5): 238-240.
    Citation: LIU Shude, REN Hongwang, HUANG Yuejun, TIAN Rui. Application of FRT Biological Enzyme Road Building Technology in Field Management of Shengli Open-pit Coal Mine[J]. Safety in Coal Mines, 2015, 46(5): 238-240.

    FRT生物酶筑路技术在胜利露天煤矿现场管理中的应用

    Application of FRT Biological Enzyme Road Building Technology in Field Management of Shengli Open-pit Coal Mine

    • 摘要: 道路修筑是露天矿生产的重要环节,运输道路的技术状况直接关系到矿山生产安全与效率,也是衡量矿山现场管理水平的一个重要标志。FRT是一种适用于黏土基土壤的新型筑路材料,该材料中的表面活性剂、电解质、催化酶等与土壤中的黏土成分作用,可将土壤中的束缚水转变为自由水排出,并通过黏土将土壤颗粒、沙石等紧密黏结在一起,使黏土不再吸水,达到路面硬化的效果。基于2013年局部路段FRT筑路试验基础上,2014年胜利露天煤矿修筑了10 km的FRT矿山道路,实践证明,该道路路面平整度、强度等各项指标良好,有利于雨后快速恢复生产,降低运输成本,对矿山安全管理、节能环保等工作意义重大。

       

      Abstract: Road building plays a very important role in the production of open-pit mines, technical conditions of road transportation is not only directly related to the production safety and efficiency of the mine, but also an important symbol to measure the field management level of the mine. FRT is a new road buiding material that is applicable to clay based soil, the surfactant, electrolyte and enzyme in the material can react with clay composition of soil, discharge the water by transforming the bound water to free water, and bond the soil particles and sand closely together, so to make the clay soil loss the absorption ability and achieve the effect of road hardening. Based on the success of the demo road in 2013, we built 10 km FRT mine road in 2014, it has been approved that the road performs well in flatness, strength and other performance indexes, it is benefit for the recovery of production after the rain and the reduction of cost, and it has great significance in cost control, energy conservation and environment protection.

       

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