朱立凯. 任家庄煤矿首采范围上覆含气岩层瓦斯探查研究[J]. 煤矿安全, 2015, 46(2): 28-31.
    引用本文: 朱立凯. 任家庄煤矿首采范围上覆含气岩层瓦斯探查研究[J]. 煤矿安全, 2015, 46(2): 28-31.
    ZHU Likai. Exploration Study on Gas Bearing Overlying Strata at the First Mining Scope of Renjiazhuang Mine[J]. Safety in Coal Mines, 2015, 46(2): 28-31.
    Citation: ZHU Likai. Exploration Study on Gas Bearing Overlying Strata at the First Mining Scope of Renjiazhuang Mine[J]. Safety in Coal Mines, 2015, 46(2): 28-31.

    任家庄煤矿首采范围上覆含气岩层瓦斯探查研究

    Exploration Study on Gas Bearing Overlying Strata at the First Mining Scope of Renjiazhuang Mine

    • 摘要: 任家庄煤矿在建井及首采煤层巷道掘进时,遇到瓦斯异常涌出现象,初步推断瓦斯来源为富含瓦斯气体的砂岩层,如何确定该含气砂岩层的分布规律及其对生产的影响程度成为该矿需要解决的首要问题。针对该矿地质特征及实际掘进情况,对含气砂岩层的探查方案进行了研究,对首采范围内的气体分布状态和含气砂岩层的分布进行了研究,获得了首采范围内风化带分布规律及上覆含气岩层的分布规律,并提出了针对性的治理建议。

       

      Abstract: We met the phenomenon of abnormal gas emission when return air shaft was building and tunnel was digging. We concluded that the gas source is from sandstone containing rich gas. How to determine the distribution of the gas-bearing sandstone and its impact on the production of the mine has become the most important issue to be resolved. For mine geological characteristics and actual driving conditions, we studied exploration program for gas sands, and the gas distribution and gas-bearing sandstone distribution within the scope of the first mining, obtained weathering and gas overlying strata distribution laws at the first mining scope, proposed targeted treatment recommendations.

       

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