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现代矿业 ›› 2024, Vol. 40 ›› Issue (03): 87-90.
当顶板导水裂隙带发育至水体时，水体会沿着裂隙进入工作面，破坏矿井的生态环境，
影响工作安全及效益。以盘城岭煤矿 15# 煤层 150105工作面为研究对象，通过经验计算公式分析导
水裂隙带的发育高度，并结合仰孔注水测漏法及钻孔电视成像法，综合确定15# 煤层导水裂隙带的发
育高度。结果表明，经验计算公式预测导水裂隙带最大发育高度为 81.56 m，仰孔注水测漏法为
79.99 m，钻孔电视成像法为79.46 m。最终得出经验公式计算的高度与现场实测的结果高度一致，均
可为盘城岭煤矿15# 煤层水害防治及安全生产提供指导。
When the roof water-conducting fissure zone develops to the water body，the water body en⁃
ters the working face along the fissure，which seriously destroys the ecological environment of the mine and
affects the work safety and efficiency. Taking the 150105 working face of 15# coal seam in Panchengling Coal
Mine as the research object，the development height of the water-conducting fracture zone of 15# coal seam
is analyzed by empirical calculation formula，and the development height of the water-conducting fracture
zone of 15# coal seam is determined comprehensively by combining upward hole water injection leak detec⁃
tion method and borehole television imaging method. The results show that the maximum development height
of the water-conducting fracture zone is predicted to be 81.56 m by the empirical calculation formula，79.99
m by the upward hole water injection leak detection method，and 79.46 m by the borehole television imaging
method. Finally，the height calculated by the empirical formula is highly consistent with the field measured
results，which can provide guidance for water damage prevention and safety production of 15# coal seam in
Panchengling Coal Mine.
摘要：
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