大直径深孔阶段空场嗣后充填采矿法底部结构优化

Optimization of bottom structure of large diameter deep hole stage open stope and subsequent filling mining method

随着我国经济的快速发展,推动了各个行业的进步,尤其是采矿行业。金属矿山的规模不断扩大,数量也随之增加,在开采矿山的过程中,不可避免地会出现污染,需要对采矿技术进行创新。采取充填采矿技术,符合绿色发展理念,可以提高采矿的效率,并且对底部结构进行优化,还能够降低安全风险,减少采矿资金的投入,有利于促进采矿行业的发展。本文将阐述大直径深孔阶段空场嗣后充填采矿法底部结构优化。

With the rapid development of China’s economy,it has promoted the progress of various industries,especially the mining industry.The scale of metal mines is expanding,and the number is also increasing.In the process of mining mines,pollution will inevitably occur,so it is necessary to innovate mining technology.The adoption of filling mining technology is in line with the concept of green development,which can improve the mining efficiency,optimize the bottom structure,reduce the safety risk,reduce the investment of mining funds,and promote the development of the mining industry.This paper will describe the bottom structure optimization of large diameter deep hole open stope and subsequent filling mining method.