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According to incomplete statistics , the country hundreds of one hundred million tons of coal have been threatened by water , even thin limestone water inrush of water, in some cases as a result of the formation of karst geological structure and the horizontal and vertical channels or docking strong aquifer hydraulic connection arising also occur when a large disaster incidents. Compared with foreign countries , although China in the coal mine water inrush factors put a lot of research and made ??a lot of achievements , but because of the complexity of the natural conditions and the existing level of technological development restrictions , resulting in prevention and treatment of mine water has not yet reached a fundamental solution problem . Indus Coal Mine is a special mine , groundwater temperature about 40 ℃ , pressure 8MP. Annual production capacity of 1.5 million tons , is the new modern mine , has a special hydrogeological conditions , belonging to flood the mine . In this paper, a full study of the Indus Colliery region where Ida Ida Ida construction and hydrogeology and geology and hydrogeology , based on the Indus Colliery 182,104 to face as the research object , by means of more advanced high density resistivity method , transient electromagnetic method, audio perspective , comprehensive geophysical methods to identify the hydrogeological conditions on each floor , to identify various channels and weak side , on this basis , through the indoor simulation of high temperature ratio and the reinforcement plate grouting process , through detect scene after grouting comparison and trial mining research, so as to achieve the purpose of prevention and treatment of water . This is not only laid the foundation for 182,104 mining face , but for the entire mine , and the whole deep No.2 Coal ( large coal ) mining played a role.
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