某金属矿山采空区塌陷地质灾害危险性评估与治理研究

    Research on geological hazard risk assessment and management caused by goaf collapse in a certain metal mine

    • 摘要: 我国由矿山开采引发的采空区塌陷问题十分严重,对矿区的经济可持续发展和环境保护构成了重大威胁。本文以某金属矿山为例,通过对采空区塌陷地质灾害进行危险性现状和预测评估,揭示了采空区塌陷地质灾害的形成机制和危险性程度。为应对这一问题,采取了一系列综合性的治理措施,包括综合充填与排水治理、顶板管理与优化开采策略并行、地质灾害监测与防控、防渗和复绿工程等。治理措施显著提高了采空区的稳定性,减少了塌陷灾害的发生,并促进了生态环境的恢复,可为类似地质灾害治理提供借鉴和参考。

       

      Abstract: The problem of goaf collapse caused by mining in China is very serious, posing a significant threat to the sustainable economic development and environmental protection of mining areas. This paper takes a certain metal mine as an example to reveal the formation mechanism and degree of danger of hazards caused by subsidence in goaf through the assessment of the current danger status and prediction. To address this issue, a series of comprehensive governance measures have been taken, including comprehensive filling and drainage treatment, parallel roof management and optimized mining strategies, geological hazard monitoring and prevention, anti-seepage and greening projects, etc. The governance measures have significantly improved the stability of the goaf, reduced the occurrence of collapse disasters, and promoted the restoration of the ecological environment, which can provide reference and guidance for the governance of similar geological hazards.

       

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