深部地震活动矿井LaRonde的地震风险管理控制措施

Guillaume Sasseville, Pascal Turcotte, V. Falmagne
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摘要

LaRonde矿是加拿大魁北克省阿比提比-塔姆斯卡明格地区沿凯迪拉克断层的世界级金铜矿和锌银矿。自1988年投产以来,拉隆德金矿已经生产了700多万盎司的黄金。采矿作业目前延伸至地表以下3.2公里,计划达到3.4公里。自2003年以来,LaRonde矿每天都在处理诱发地震活动。地震活动可能超过2级,积极主动地管理地震风险是在该深度和地震活跃条件下运营该矿山的关键因素。LaRonde矿山目前通过一系列控制措施来管理地震风险,包括地面控制驱动的采矿顺序和水平设计、动态地面支持系统和限制工人暴露的程序。随着时间的推移,这些控制措施不断发展,并随着作业的深入和扩大而适应地震风险。主要目标是在满足生产要求的同时保持安全的工作环境。地震风险管理是LaRonde煤矿持续关注的问题。本文介绍了LaRonde煤矿在现场实施的地震风险管理战略和战术控制措施的现状,并记录了对操作灵活性和性能的一些影响。控制措施的有效性必须量化,以衡量年复一年的改进,并识别和纠正观察到的缺陷。
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Control Measures to Manage Seismic Risk at the LaRonde Mine, a Deep and Seismically Active Operation
The LaRonde mine is a world-class deposit of gold-copper and zinc-silver along the Cadillac Fault in the Abitibi-Témiscamingue region of Quebec, Canada. Since its inauguration in 1988, the LaRonde mine has produced over 7 M ounces of gold. Mining operations currently extend 3.2 km below the surface with plans to reach 3.4 km. The LaRonde mine has been dealing with induced seismicity daily since 2003. The seismic activity can exceed MRichter 2, and the pro-active management of seismic risk is a key element to operate this mine at that depth and under these seismically active conditions.Seismic risk at the LaRonde mine is currently managed through a combination of control measures, including a ground-control-driven mining sequence and level design, dynamic ground support systems, and procedures to limit workforce exposure. These control measures have evolved over time and been adapted to the seismic risk as the operation becomes deeper and larger. The main objective is to maintain a safe work environment while meeting production requirements.Seismic risk management is an ongoing concern at the LaRonde mine. This paper presents the current state of the strategic and tactical control measures implemented on site to manage seismic risk at the LaRonde mine, and it documents some of the impacts on operational flexibility and performance. The effectiveness of control measures must be quantified to measure improvements year after year and to identify and correct observed deficiencies.
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