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姚桥煤矿微山湖下采煤安全性分析研究
引用本文:许延春,李明山,刘世奇,柳昭星,王克武.姚桥煤矿微山湖下采煤安全性分析研究[J].华北科技学院学报,2012,9(3):1-5.
作者姓名:许延春  李明山  刘世奇  柳昭星  王克武
作者单位:1. 中国矿业大学北京资源与安全工程学院,北京,100083
2. 上海大屯能源公司姚桥煤矿,江苏徐州,221611
3. 保利能源控股有限公司,北京,100010
摘    要:本文结合大屯矿区姚桥煤矿现场地质资料、实测资料,按照水体下采煤的技术理论,对微山湖下第四系松散层结构和隔水性、覆岩破坏规律进行了分析研究,进而对姚桥煤矿微山湖下采煤的安全性进行了分析论证。得出3隔和4隔为区域关键隔水层,能够有效防止湖水溃入井下;导水裂缝带发育的最大标高达不到基岩顶部,波及不到关键隔水层,无法导通湖水结论。

关 键 词:水体下采煤  区域关键隔水层  导水裂缝带

Research on Analysis of Security of Mining in Yaoqiao Coal Mining under Weishan Lake
XU Yanchun,LI Mingshan,LIU Shiqi,LIU Zhaoxing,WANG Kewu.Research on Analysis of Security of Mining in Yaoqiao Coal Mining under Weishan Lake[J].Journal of North China Institute of Science and Technology,2012,9(3):1-5.
Authors:XU Yanchun  LI Mingshan  LIU Shiqi  LIU Zhaoxing  WANG Kewu
Institution:1. State Key Laboratory of Coal Resources and Mine Safety, China University of Mining & Technology (Beijing), Beijing 100083 ;2. Shanghai Datun energy company Yaoqiao Coal Mine ,Jiangsu 221611 ;3. Poly Energy Holdings Limited, Beijing 100010)
Abstract:This paper combined mining in Yaoqiao Coal field geological data and the measured data, according to the theory and technology of the coal mining under water body , analyzes the structure of Quaternary Loose Soils and the overburden failure law , and also predicts the ground surface deformation, and then analyzes and proves the security of Yaoqiao mine coal mining under Weishan Lake. Draw 3 compartment and 4 compartment for regional key aquifuge and it can effectively prevent the lake water burst into the underground . The maximum elevation of development of water-flowing fractured zone can' t reach the top of the bedrock, and can' t spread to the key water- resisting layer , and can' t form the crack of conducting the lake.
Keywords:mining under water body  regional key aquifuge  water flowing fractured zone
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