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我国煤-热协同开采技术研究现状与展望

Current status and prospects of co-mining technology of coal and geothermal energy in China

  • 摘要: 煤-热协同开采作为化解深井热害并实现矿区清洁供能的关键路径,对促进煤炭行业绿色低碳转型具有重要意义。系统梳理了煤矿区地热资源分布特征,对现有基于矿井涌水余热利用、基于中深层地热开发利用、基于深井降温和基于充填的4种煤-热协同开采技术进行了论述,分析了煤-热协同开采面临的难题与挑战,包括煤矿区地热资源赋存条件不清、煤-热协同开采技术体系尚待完善、煤-热协同开采相关政策和标准有待制定。提出了促进煤-热协同开采技术进一步发展的建议,包括煤-热协同开采基础理论深化研究、煤-热协同开采发展趋势分析、煤-热协同开采不同技术模式优选和煤矿全生命周期煤-热协同开采方式探索,可为煤炭资源和地热资源协同开采提供参考和借鉴。

     

    Abstract: Co-mining Technology of Coal and Geothermal Energy can not only solve the high temperature problem in deep mines,but also promote the green,low-carbon,and high-quality development of coal mining areas. This study summarized the distribution characteristics of geothermal resources in coal mining areas and discussed four coal thermal collaborative mining technologies based on mine waste heat utilization,medium and deep geothermal development,deep well cooling,and filling. This study proposed the difficulties and challenges faced by coal-thermal collaborative mining, including unclear conditions for geothermal resource occurrence in coal mining areas,and the need to improve the coal thermal collaborative mining technology and systematic policies and technical standards related to coal thermal collaborative mining. Suggestions have been put forward to promote the further development of coal thermal collaborative development technology,including deepening research on the basic theory of coal thermal collaborative mining, research and development of coal thermal collaborative mining technology, determination of coal thermal collaborative mining technology models in different mining areas,and research on coal thermal collaborative mining throughout entire life cycle of coal mines,providing useful reference and inspiration for the collaborative mining of coal and geothermal resources in China.

     

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