基于钻孔数据的连续地层建模技术及应用

    Technology and Application of Continuous Stratum Modeling based on Drilling Data

    • 摘要: 本文给出了一种基于专业软件的连续地层建模方法,通过科学的地质推演算法对钻孔数据重构、融合分析处理,自动构建井田范围内从上到下连续的地层综合模型,有效的消除了地层穿层交叉现象,实现了对地层厚度、形态、产状及地层间空间关系的完整、精细展现,大大提升了地层模型的准确性和可靠性,并基于连续地层模型进行了地层剖切的深层应用,为煤矿资源勘查、精准设计、智能开采、安全生产和灾害预警提供了透明地质底座支持。

       

      Abstract: A continuous stratigraphic modeling method based on professional software has been proposed, which uses scientific geological inference algorithms to reconstruct and fuse drilling data for analysis and processing. It automatically constructs a comprehensive stratigraphic model from top to bottom within the mining area, effectively eliminating the phenomenon of stratigraphic crossing and achieving complete and detailed display of stratigraphic thickness, morphology, attitude, and spatial relationships between strata. The accuracy and reliability of the stratigraphic model have been greatly improved. Based on the continuous stratigraphic model, deep application of stratigraphic cutting has been carried out, providing transparent geological base support for coal mine resource exploration, precise design, intelligent mining, safety production, and disaster warning.

       

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