Analysis of water control measures and hydrogeological condition of Jingou Mine in Kuche County
Qi Zenggang1,Song Hongzhu1,Liu Hui2
1. First Exploration Bureau of China National Administration of Coal Geology, Handan 056004, China; 2. 129 Prospecting Team of China National Administration of Coal Geology, Handan 056004, China
Through comprehensive analysis of field hydrogeological conditions and Jin Gou Mine area, 7 layer aquifers were divided within the scope of mine, and main aquifers threatening safety mining included: Quaternary Holocene rushed-diluvial gravel stone layer, Lower Jurassic Taliqike Formation Lower No.5 coal seam roof-confined aquifer, Lower Jurassic Taliqike Formation Lower No.9 coal seam roof-confined aquifer, Lower Jurassic Taliqike Formation Lower No.10 coal seam roof-confined aquifer. Based on big well method and catchment corridor method, the west and the east mining field +1 300 m elevation mine water inflow were calculated respectively. Water inflows of initial mining field in western mining Lower No.5 and No.10 coal seam were predicted as 209.77 m3 / d and 338.29 m3 / d respectively. Water inflows of initial mining field in eastern mining Lower No.5 and No.10 coal seam were predicted as 1 441.21 m3 / d and 1 411.68 m3 / d respectively. Based on hydrogeological conditions of mining area, water control measures of advanced water exploration, water dropping decompression, reserved coal pillar and so on were summarized.
亓增刚,宋洪柱,刘 慧. 库车县金沟煤矿水文地质条件及防治水措施分析[J]. 煤炭与化工, 2017, 40(1): 132-135.
Qi Zenggang1,Song Hongzhu1,Liu Hui2. Analysis of water control measures and hydrogeological condition of Jingou Mine in Kuche County. CCI, 2017, 40(1): 132-135.