牛永胜. 矿井降温与热能利用一体化技术[J]. 煤矿安全, 2017, 48(11): 84-87.
    引用本文: 牛永胜. 矿井降温与热能利用一体化技术[J]. 煤矿安全, 2017, 48(11): 84-87.
    NIU Yongsheng. Integration Technology Research on Mine Cooling and Heat Energy Utilization[J]. Safety in Coal Mines, 2017, 48(11): 84-87.
    Citation: NIU Yongsheng. Integration Technology Research on Mine Cooling and Heat Energy Utilization[J]. Safety in Coal Mines, 2017, 48(11): 84-87.

    矿井降温与热能利用一体化技术

    Integration Technology Research on Mine Cooling and Heat Energy Utilization

    • 摘要: 以高温热害矿井为研究对象,设计一套井下降温与热能利用的综合系统,该系统既可以制冷工况运行,为高温矿井井下降温提供低温冷源,也可以在冬季制热工况运行回收高温矿井井下热能,为地面建筑提供供热热源。该技术综合利用热泵与井下降温技术,在进行矿井降温的同时,实现了井下热能回收利用,一套系统解决了高温矿井井下降温和地面建筑供热的双重需求,同时极大地降低了设备投资和运行费用,实现了能源的循环利用。

       

      Abstract: This paper designs an integrated system of mine cooling and thermal energy utilization by taking high temperature mines as the research object. The system can not only run in the refrigeration condition to provide low temperature cold source for cooling in high temperature mines, but also run in the heating condition in winter to provide heat source for ground buildings by recovering the thermal energy in the mine. This system integrates the technology of heat pumps and mine cooling, involves in both mine cooling and heat recovery utilization in the mine. One system meets the dual demand for both high temperature mine cooling and ground building heating, which realizes the great reduction of equipment investment and operating cost as well as the recycling of energy.

       

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