煤矿现代化
煤礦現代化
매광현대화
COAL MINE MODERNIZATION
2014年
5期
85-87
,共3页
上盘断层%防水煤柱宽度%数值模拟
上盤斷層%防水煤柱寬度%數值模擬
상반단층%방수매주관도%수치모의
up-wall fault%waterproof coal pillar width%numerical simulation
由于地质钻孔数量有限，未能对断层含导水性进行有效分析，导致既不导水又不含水的断层留设了较大煤柱，严重影响工作面设计和生产系统布置，降低了煤炭采出率，不利于资源的充分开采利用。为此针对该矿YF20-3断层防水煤柱留设进行研究，以期能够采出呆滞煤炭储量，提高煤炭采出率，对于充分利用挖掘资源，稳定产量，延长矿井服务年限，实现可持续发展，具有重要的现实意义。
由于地質鑽孔數量有限，未能對斷層含導水性進行有效分析，導緻既不導水又不含水的斷層留設瞭較大煤柱，嚴重影響工作麵設計和生產繫統佈置，降低瞭煤炭採齣率，不利于資源的充分開採利用。為此針對該礦YF20-3斷層防水煤柱留設進行研究，以期能夠採齣呆滯煤炭儲量，提高煤炭採齣率，對于充分利用挖掘資源，穩定產量，延長礦井服務年限，實現可持續髮展，具有重要的現實意義。
유우지질찬공수량유한，미능대단층함도수성진행유효분석，도치기불도수우불함수적단층류설료교대매주，엄중영향공작면설계화생산계통포치，강저료매탄채출솔，불리우자원적충분개채이용。위차침대해광YF20-3단층방수매주류설진행연구，이기능구채출태체매탄저량，제고매탄채출솔，대우충분이용알굴자원，은정산량，연장광정복무년한，실현가지속발전，구유중요적현실의의。
Due to limited number of geological drillings, water bearing and conductivity property of the faults can not be effectively analyzed. As a result, major pillars are reserved in water-free and nor conductivity faults, which seriously influence the design and production system layout of the face, reduce recovery ratio, and is not conducive to the resources exploitation and utilization. For this purpose, this paper presents study on waterproof pillar reservation and setting at YF20-3 fault of the coal mine, so as to mine the stagnant coal reserves and improve coal recovery rate, and offer practical significance for the full use of mining resources, stabilizing yields, extended coal mine service life, and the sustainable development.
