三维可视化技术在沈北盆地地热资源开发中的应用

    APPLICATION OF 3D VISUALIZATION TECHNOLOGY IN GEOTHERMAL RESOURCES DEVELOPMENT IN SHENBEI BASIN

    • 摘要: 利用沈阳北部地热田以往钻孔、重力、可控源大地电磁测深测量结果,建立沈北地热田热储概念模型和综合地球物理三维可视化模型,使用布格重力异常模拟沈北盆地形态提取更多有用信息,总结以往失败钻孔的原因,圈定了新的找矿远景区,提高了探测结果的可应用性,提升地热找矿效果.

       

      Abstract: Based on the previous results of borehole, gravity and controlled-source magnetotelluric (MT) sounding of geothermal fields in northern Shenyang City, the paper establishes the heat reservoir conceptual model of Shenbei geothermal field and comprehensive geophysical 3D visualization model, and simulates the morphology of Shenbei Basin to extract more useful information through Bouguer gravity anomaly. By summarizing the reasons for failed drilling in the past, a new prospecting potential area is delineated, which improves the applicability of exploring results and geothermal prospecting effect.

       

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