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The current situation and prevention and control countermeasures for typical dynamic disasters in kilometer-deep mines in China

机译:中国公里型典型动态灾害的现状及预防控制对策

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摘要

To ensure the safety of kilometer-deep mining and prevent the occurrence of typical dynamic disasters (rock burst and coal and gas outburst), this paper counted and analyzed the status quo of mining and typical dynamic disasters currently for 47 deep mines in China. The results show that the 47 deep mines are mainly distributed in 8 provinces; the proportions of mines affected by rock burst and coal and gas outburst are 53.2% and 29.79%, which are 29.23 times and 2.66 times the national average. Typical dynamic disasters in deep are more serious than that in shallow, the number of mines affected by rock burst will increase greatly in particular. The proportion of kilometer-deep mines that threatened by both coal and gas outburst and rock burst is 12.77%. Existing techniques used for prevention and control of typical dynamic disasters in kilometer-deep mines all refer to shallow mining; however, the following problems occur in deep mining: the mechanism of typical dynamic disasters and mechanism of complex disasters are not clear; the typical disaster early warning system is imperfect, and it's difficult to do precision mining in deep. Focusing on these problems, this study presents forward countermeasures from following directions: research on mechanism of deep typical dynamic disasters and coupling mechanism of complex dynamic disasters, establishing deep mine multi-parameter dynamic disaster monitoring and warning mechanisms and related equipment research, establishing deep mine typical dynamic disasters prevention and control systems, and research on the basic theory and equipment for precision mining in deep.
机译:为了确保公里深挖掘的安全性,防止典型动态灾害(岩爆和煤气突出)的发生,本文计算并分析了目前中国47个深矿的采矿和典型动态灾害的现状。结果表明,47个深矿山主要分布在8个省份;受岩爆和煤炭和煤气爆发影响的矿山的比例为53.2%和29.79%,为29.23倍,全国平均水平的2.66倍。深深的典型动态灾害比浅薄更严重,受岩石爆裂影响的矿山的数量将特别增加。煤气突出和岩爆威胁的公里深矿的比例为12.77%。用于预防和控制公正矿山典型动态灾害的现有技术都是指浅采矿;然而,在深矿业中发生以下问题:典型的动态灾害机制和复杂灾害机制尚不清楚;典型的灾害预警系统是不完善的,很难深入挖掘。专注于这些问题,本研究提出了遵循以下方向的对策:建立深矿多参数动态灾害监测和预警机制和相关设备研究的深度典型动态灾害和耦合机制的研究典型的动态灾害预防和控制系统,以及深度精密采矿基础理论和设备的研究。

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