孙勇, 宁德义, 张德鹏, 尚玮炜, 冯文彬. 晋牛煤矿井下刺激性气味气体成分分析[J]. 煤矿安全, 2015, 46(8): 185-187.
    引用本文: 孙勇, 宁德义, 张德鹏, 尚玮炜, 冯文彬. 晋牛煤矿井下刺激性气味气体成分分析[J]. 煤矿安全, 2015, 46(8): 185-187.
    SUN Yong, NING Deyi, ZHANG Depeng, SHANG Weiwei, FENG Wenbin. Component Analysis of Irritant Gases in Jinniu Mine[J]. Safety in Coal Mines, 2015, 46(8): 185-187.
    Citation: SUN Yong, NING Deyi, ZHANG Depeng, SHANG Weiwei, FENG Wenbin. Component Analysis of Irritant Gases in Jinniu Mine[J]. Safety in Coal Mines, 2015, 46(8): 185-187.

    晋牛煤矿井下刺激性气味气体成分分析

    Component Analysis of Irritant Gases in Jinniu Mine

    • 摘要: 针对晋牛煤矿井下存在强烈刺激性气味的现状,通过采集进风顺槽、回风顺槽、总回风巷和钻孔的气样,定性分析气体的成分,定量分析气体的浓度,确定井下刺激性气味气体主要为H2S,其次为乙醇和异丁烷等,不含羰基硫等含硫化合物,不含胺类化合物。钻孔内H2S的浓度高达437.07×10-6,其余地点未检测到H2S。检测出的烃类化合物表现出钻孔浓度高、巷道浓度低的特征。

       

      Abstract: Aiming at the status of intense irritant gases existing in Jinniu Mine, we qualitatively analyze the composition of the irritant gases mainly including H2S, C2H5OH and iso-C4H8, without carbonyl sulfur compounds such as sulfur, and excluding amine compounds, and quantitatively analyze the gas concentration of gas samples from intake airflow roadway, return airway, total return airway and drillings. The concentration of H2S in the drilling reaches up to 437.07×10-6, however, it has no H2S in the other places. The detected hydrocarbon compounds show characteristics of high concentration of drillings and low concentration of roadways.

       

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