|
|
|
| Discussion of flood prevention in Qianjiaying Mine West Wing high temperature abnormal area |
| Zhou Lei |
| Kailuan Qianjiaying Mineral Company, Tangshan 063301, China |
|
|
|
|
Abstract Ground temperature of Qianjiaying Mine closed to 30 degrees and temperature of west wing from -600 to -850 level belonged to high temperature zone. West Wing coal water and Ordovician limestone water, as well as West Wing of high temperature and ingress of Ordovician limestone water had a certain kind of relation. At the bottom of the Ordovician limestone, hot water entered into roadway would form a stable heat source. Reflecting two aspects of water disaster: one was each containing water layer closely contactiing with bottom water in Ordovician limestone and the other was excessive water temperature, the connection channel between coal water and Ordovician limestone water were found out. Causes of high geotemperature anomaly were analyzed in Qianjiaying Mine and corresponding measures for prevention and control of water disasters were formulated.
|
|
|
|
|
|
| [ 1 ] 奚方喆,朱炎铭,杭 远,等. 钱家营矿西翼热害地质成因探讨[ J ]. 中国煤炭,2014( 1 ):42 - 45.
[ 2 ] 刘振东. 浅谈钱家营井田地温分布规[ J ]. 煤炭与化工,2014,37( 7 ):57 - 59.
[ 3 ] 钟和清,朱炎铭,陈尚斌,等. 钱家营矿西翼高温场地质控
制因素研究[ J ]. 煤炭科学技术,2012,40( 5 ):104 - 107.
[ 4 ] 闫海渠. 河北省煤矿区地热异常与地热资源开发前景浅议[ J ]. 地球学报,2000,21( 2 ):147 - 150.
[ 5 ] 张德忠,王蕴玉. 河北平原非地热异常区地热资源[ J ]. 地球学报,2000,21( 2 ):151 - 154.
[ 6 ] 张汝惠,解政文,武冀新,等. 唐山及其邻区热流值的分布[ J ]. 地震地质,1982,4( 4 ):57 - 67.
[ 7 ] 李新云,李现民,郝林杰. 荥巩矿区浅部水文地质特征及奥灰水防治对策[ J ]. 中州煤炭,2008( 3 ):113 - 114.
[ 8 ] 白庆辉,刘建平. 大埋深带压开采突水危险性研究[ J ]. 能源技术与管理,2015,40( 4 ):56 - 58.
[ 9 ] 魏家聚,张 璞. 赵家寨矿井二_1煤层开采矿井充水特征分析[ J ]. 中州煤炭,2008( 3 ):30 - 31.
[ 10 ] 王怀勐,朱炎铭,李 伍,等. 钱家营矿井涌水特征及涌水量预测[ J ]. 能源技术与管理,2010( 4 ):9 - 11. |
|
|
|