Increasing Geodynamic Safety by Managing Induced Seismicity During the Development of Solid Mineral Deposits

Yu.R. Vladov, M.Yu. Nesterenko, A.Yu. Vladova, V.S. Belov
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Abstract

The urgency of the problem is determined by the fact that in conditions of intensive mining and other technogenic factors, an induced component arises that has a significant impact on the overall seismicity of the region. The scientific analysis of the published works, both domestic and foreign, shows that the issues related to the occurrence of induced seismicity in the development of mineral deposits (including solid ones) are actively discussed, many studies are devoted to the causes of its occurrence, but there is no information in the open press about research in the field of induced seismicity management. Patent analysis also shows the absence of technical solutions related to the management of induced seismicity in the development of solid mineral deposits. The novelty of the method of controlling induced seismicity in the development of solid mineral deposits using drilling and blasting technologies lies in the fact that seismic events are recorded in the corresponding territory and their main characteristics are determined. Moreover, at the first stage, seismically active areas of the territory are identified, at the second stage, the total released seismic energy of seismic events in the contoured areas of the territory is determined, and at the third stage, the actual values of the density of the released seismic energy are compared with its threshold value for each contoured area of the territory. Depending on the result of the comparison, control information is not formed or formed, and the latter is presented in the form of recommendations for reducing the frequency and power of explosions, the number of explosive deposits, reducing the deceleration of explosions during the extraction of solid mineral deposits, as well as the volume of charges laid at the same time. The eastern part of the Orenburg Region, which is characterized by a large number of solid mineral deposits, was selected for implementation. These deposits are being actively developed by the mining campaigns.
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通过管理固体矿床开发过程中的诱发地震活动来提高地球动力安全性
这一问题的紧迫性取决于这样一个事实,即在密集采矿和其他技术因素的条件下,会产生一种诱发成分,对该区域的整个地震活动产生重大影响。通过对国内外已发表著作的科学分析,可以发现,在矿床(包括固体矿床)开发过程中,诱发地震活动的相关问题讨论较为活跃,对诱发地震活动发生原因的研究较多,但在公开出版物中却缺乏诱发地震活动管理方面的研究。专利分析还表明,在固体矿床开发中缺乏与诱发地震活动管理有关的技术解决方案。利用钻孔爆破技术控制固体矿床开发中诱发地震活动的方法的新颖之处在于在相应的区域内记录地震事件并确定其主要特征。其中,第一阶段识别区域地震活跃区,第二阶段确定区域等高线区域地震事件释放总能量,第三阶段将区域各等高线区域释放地震能量密度的实际值与其阈值进行比较。根据比较的结果,不形成控制信息,也不形成控制信息,后者以减少爆炸频率和功率、爆炸堆积物数量、固体矿床开采过程中减少爆炸减速以及同时敷设装药体积的建议形式提出。奥伦堡州东部的特点是有大量的固体矿床,因此被选为实施地点。采矿运动正在积极开发这些矿藏。
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.00
自引率
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发文量
110
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