固体矿产资源智能采矿关键技术研究  

The Key Technologies Serving Intelligent Exploitation of Solid Mineral Resources

作　　者：吴涛[1] 张云鹏[1] 杨晓伟[1] 颜世艳 陈明[1] 熊远[1] 

机构地区：[1]中国地质大学(武汉)工程学院,湖北武汉430074

出　　处：《地质与勘探》2017年第3期558-564,共7页Geology and Exploration

基　　金：国家自然科学基金面上项目(基于中继站的电磁随钻测量井底数据传输机理与实验研究)(No.41572355);国家级大学生创新创业训练项目(项目编号:201710491181)资助

摘　　要：智能采选矿技术是当今矿山建设、矿产开采的重要方向,是国家能源开发的战略核心之一,也是未来深部固体矿产井下自动化无人开采的关键技术。本文针对传统采矿技术在矿山规划建设及环境保护、采矿技术操作及生产安全等方面存在的问题,以现有先进的地质找矿基础理论、三维可视化地质建模技术、随钻测量与定向钻井技术、水力采矿和气举反循环钻进技术等为基础,通过相关技术的集成创新,提出了一项基于GGD(Geology、Geophysics、Drilling)的固体矿产资源智能采矿技术全新理念,并阐述了其可行性和工业化应用的基本解决方案。上述技术的应用将会带来大型矿山机械设计制造业和采矿业产业结构的深度变革。Intelligent mining technology is the most important direction of mine construction and mineral exploitation nowadays, which is also one of the core national energy development strategy. This paper points out several aspects of traditional mining problems in mine planning and construction, en- vironmental protection, mining technology operation and production safety. This work has raised a brand - new intelligent mining technology concept based on GGD（Geology;Geophysics;Drilling） , altogether with the combination of the latest mining technology like geological theory of mine detection, 3D visu- alization of geological modeling, geo - steering, hydraulic mining, gas lift reverse circulation drilling technology and so on. This concept has been serious- ly discussed through its practicability and the fundamental solution of industrial application. The application of the above technology will surely bring out an upended revolution in the design and manufacture of giant mining equipment industry.

关 键 词：GGD 3D地质建模 地质导向钻井 水力采矿 气举反循环 

分 类 号：P618[天文地球—矿床学]