能源与节能2024,Issue(9) :156-158.

云岗矿多层采空区积水综合集成探放水技术研究

Integrated Water Exploration and Drainage Technology of Multi-layer Goaf in Yungang Mine

祖丽荣
能源与节能2024,Issue(9) :156-158.

云岗矿多层采空区积水综合集成探放水技术研究

Integrated Water Exploration and Drainage Technology of Multi-layer Goaf in Yungang Mine

祖丽荣1
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作者信息

  • 1. 晋能控股煤业集团浙能麻家梁煤业有限责任公司,山西 朔州 036000
  • 折叠

摘要

探讨了 8#煤层 8409 工作面周边空间水患充水原因,并利用瞬变电磁物探验证法对采空区的积水水量、水压进行了估算,制定了探放水方案和孔口固结措施.该措施利用钻孔泄水自流到低洼基准点后进行集中排水,同时采用"多层同放"综合集成探放技术与"两种疏排"科学治理方法,实现了对 8409 工作面多种采空区积水的安全高效探放,有效消除了矿井水患,保障了工作面正常接替与安全生产.

Abstract

The causes of water filling in the surrounding space of 8409 working face of 8#coal seam were discussed,the amount of water and water pressure in the goaf were estimated by using the transient electromagnetic geophysical exploration verification method,and the water exploration and drainage scheme and the consolidation measures of the orifice were established.The measure drainages water to the low-lying reference point by using the boreholes for centralized drainage,and at the same time adopts the comprehensive integrated exploration and drainage technology of"simultaneous multi-layer drainage"and the scientific management method of"two kinds of drainage"to realize the safe and efficient exploration and drainage of various kinds of goaf water in 8409 working face,effectively eliminating the mine water disaster,and ensuring the normal replacement and safe production of the working face.

关键词

采空区积水/矿井水患/探放水方案/孔口固结

Key words

goaf water/mine flood/water exploration and drainage plan/orifice consolidation

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出版年

2024
能源与节能
山西省能源研究会 山西省节能研究会

能源与节能

影响因子:0.561
ISSN:2095-0802
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