矿业工程
礦業工程
광업공정
MINING ENGINEERING
2014年
4期
8-9
,共2页
铜坑矿%3号竖井%地质条件预测
銅坑礦%3號豎井%地質條件預測
동갱광%3호수정%지질조건예측
Tongkeng Mine%No.3 vertical shaft%forecast of geological conditions
铜坑矿3号竖井设计井深约千米，为了建井施工安全，地质人员对工业场地进行了详细踏勘，并结合附近钻孔及井下坑道地质资料，对该竖井进行了初步预测。指出掘井过程中可能遇到的断层、破碎带、岩脉、涌水等地质现象，并提出了相应的防治建议，为安全生产提供理论指导。
銅坑礦3號豎井設計井深約韆米，為瞭建井施工安全，地質人員對工業場地進行瞭詳細踏勘，併結閤附近鑽孔及井下坑道地質資料，對該豎井進行瞭初步預測。指齣掘井過程中可能遇到的斷層、破碎帶、巖脈、湧水等地質現象，併提齣瞭相應的防治建議，為安全生產提供理論指導。
동갱광3호수정설계정심약천미，위료건정시공안전，지질인원대공업장지진행료상세답감，병결합부근찬공급정하갱도지질자료，대해수정진행료초보예측。지출굴정과정중가능우도적단층、파쇄대、암맥、용수등지질현상，병제출료상응적방치건의，위안전생산제공이론지도。
As No.3 shaft of Tongkeng Mine is designed to be around thousand meters deep, in order to ensure construction safety in the process of building shaft, a thorough field reconnaissance for the site has been conducted by geologists and preliminary geological forecast has been carried out by reference to geological data of vicinal boreholes and underground tunnel.Adverse geologic phenomena like geological faults,fracture zones,dyke,water inflow that are probably encountered during shaft sinking are pointed out and prevention and control suggestions are put forward correspondingly, which provide theoretical guidance for safety production.
