首页|面向智能开采的地质模型构建技术研究与应用

面向智能开采的地质模型构建技术研究与应用

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煤矿智能化开采是未来行业的发展方向,构建工作面的透明地质模型则是基础.当前精细化物探技术精度不高,采用定向钻、人工测量等方法花费大量人力物力,构建的透明工作面煤层空间位置还不够准确,尚无法满足智能开采对基础工作面地质信息的需求.为此,提出利用三维地震数据解释成果融合槽波勘探、钻孔地质雷达、定向钻、生产及钻探揭露的地质信息进行多源数据融合再解释的地质模型构建技术.该技术在中国神华能源股份有限公司神东煤炭分公司锦界煤矿得到成功应用,将工作面三维地质模型的精度从"10米级""米级"提升到"亚米级".基于此项技术,锦界煤矿综采工作面实现了智能截割,大力推进了工作面无人化、少人化的目标.
Research and application of geological model construction technology for intelligent mining
Intelligent mining of coal mine is the development direction of the future industry,and the construction of transparent geological model of working face is the basis.However,the precision of the current fine geophysical prospecting technology is not high,and the use of directional drilling,manual measurement and other methods costs a lot of manpower and material resources.The spatial position of the coal seam of the transparent working face constructed is not accurate enough to meet the needs of intelligent mining for geological information of the basic working face.Therefore,the geological model construction technology of multi-source data fusion and reinterpretation was pro-posed by using the interpretation results of 3D seismic data to fuse the geological information revealed by trough wave exploration,drilling geological radar,directional drilling,production and drilling.The technology was successfully applied in Jinjie Coal Mine of Shendong Coal Branch of China Shenhua Energy Co.,Ltd.,and the precision of the three-dimensional geological model of the working face was upgraded from"ten-meter level"and"meter level"to"sub-meter level".Based on this technology,the fully-mechanized mining face of Jinjie Coal Mine has realized intelligent cutting,and vigorously promoted the goal of unmanned and less human working face.

intelligent miningtransparent geological modeltrough wave explorationgeological radardirectional drillingmulti-source data fusion

康健、张博成、杨歌

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国能神东煤炭集团有限责任公司锦界煤矿管理处,陕西神木 719319

北京龙软科技股份有限公司,北京 100190

智能化开采 透明地质模型 槽波勘探 地质雷达 定向钻 多源数据融合

2024

能源与环保
河南省煤炭科学研究院有限公司 河南省煤炭学会

能源与环保

CSTPCD
影响因子:0.221
ISSN:1003-0506
年,卷(期):2024.46(3)
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