王智能,侯克鹏,者亚雷,等. 非煤地下基建矿山井巷致灾因素辨识及分级[J]. 中国矿业,2024,33(1):205-211. DOI: 10.12075/j.issn.1004-4051.20230102
    引用本文: 王智能,侯克鹏,者亚雷,等. 非煤地下基建矿山井巷致灾因素辨识及分级[J]. 中国矿业,2024,33(1):205-211. DOI: 10.12075/j.issn.1004-4051.20230102
    WANG Zhineng,HOU Kepeng,ZHE Yalei,et al. Identification and classification of disaster-causing factors of the shaft and roadway in non-coal underground infrastructure mines[J]. China Mining Magazine,2024,33(1):205-211. DOI: 10.12075/j.issn.1004-4051.20230102
    Citation: WANG Zhineng,HOU Kepeng,ZHE Yalei,et al. Identification and classification of disaster-causing factors of the shaft and roadway in non-coal underground infrastructure mines[J]. China Mining Magazine,2024,33(1):205-211. DOI: 10.12075/j.issn.1004-4051.20230102

    非煤地下基建矿山井巷致灾因素辨识及分级

    Identification and classification of disaster-causing factors of the shaft and roadway in non-coal underground infrastructure mines

    • 摘要: 国家矿山安全监察局于2022年发布了要将非煤地下矿山隐蔽致灾因素普查治理工作纳入非煤矿山安全生产大检查内容的相关通知,其中检查内容重点之一为采空区及周边老窑普查治理。昆阳磷矿二矿目前属于非煤地下基建矿山,无地下采空区存在,因此,针对基建矿山的属性特点,将井巷致灾因素作为普查治理的重点。通过查阅大量文献及相关规程,根据现场地质条件、水文条件及开采技术条件,对可能导致井巷发生隐蔽灾害的因素进行梳理辨识。研究结果认为矿山基建阶段可能存在井巷失稳破坏、突水、基建通风系统不完善导致通风不畅三种灾害,并对可能发生的灾害归纳了13种致灾因素对其辨识及风险等级的定性描述进行划分。按照井巷致灾因素辨识及分级的成果,矿山开展了普查治理工作,对所辨识的致灾因素风险等级进行定性表征,评估矿山事故风险,更有针对性地推动矿山治理措施的实施和改进,该成果能够有效防范和化解非煤地下基建矿山重大安全风险,遏制重特大事故发生。

       

      Abstract: The National Mine Safety Administration issued a notice in 2022 to include the general survey and treatment of hidden disaster-causing factors in non-coal underground mines into the major inspection of safety production in non-coal mines. One of the key inspection contents is the general survey and treatment of goafs and surrounding old mines. The Kunyang Phosphate No.2 Mine is currently a non-coal underground infrastructure mine, and there is no underground goaf. Therefore, according to the attribute characteristics of infrastructure mines, The disaster-causing factors of the shaft and roadway shall be the focus of the general survey and treatment. By consulting a large number of documents and relevant regulations, and according to the geological, hydrological and mining technical conditions on the site, the factors that may lead to hidden disasters in the shaft and roadway are sorted and identified. The results show that there may be three kinds of disasters in the stage of mine infrastructure, such as shaft instability failure, water inrush, and poor ventilation caused by imperfect ventilation system of infrastructure, and 13 kinds of disaster causing factors are summarized for identification and qualitative description of risk levels. According to the results of identification and classification of disaster-causing factors in shafts and roadways, the mine carries out a survey and management work, carries out qualitative characterization of the risk levels of disaster-causing factors identified, assesses the risk of mine accidents, and promotes the implementation and improvement of mine management measures in a more targeted manner. The results can effectively prevent and resolve major safety risks in non-coal underground infrastructure mines and curb the occurrence of major accidents.

       

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