CAJ | 학술논문

白象山铁矿风井井筒在掘进至－128m时，井筒总水量达57m3／h，集中出水点最大涌水达5m3／h。本文通过对该井筒壁后注浆技术的应用，揭示了运用普通注浆材料对赋水破碎带采取特殊的注浆手段，达到了壁后充填封堵渗漏水源的目的。
백상산철광풍정정통재굴진지－128m시，정통총수량체57m3／h，집중출수점최대용수체5m3／h。본문통과대해정통벽후주장기술적응용，게시료운용보통주장재료대부수파쇄대채취특수적주장수단，체도료벽후충전봉도삼루수원적목적。
While the Baixiangshan Iron Mine air shaft was drived to -128m, Shaft water inflow reached 50 cubic meters per hour, the water amount of one gushing point reached 5 cubic meters per hour.This paper through the application of backfill grouting technology for shaft walling, introduced the grouting method which used the common grouting material for water bearing fractured zone, then a-chieved the purpose of filling seal leakage water from the shaft walling.