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This research aims to enhance gas control and geological hazard assessment through improved geological modeling of underground conditions.

June 19, 2026Applied SciencesOpen Access

Integrated Borehole Interpretation and BIM-Based Three-Dimensional Geological Modeling for Gas Control in Underground Coal Mining

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This research aims to enhance gas control and geological hazard assessment through improved geological modeling of underground conditions.
Developed an integrated geological characterization framework using data from 135 boreholes.
Utilized resistivity-based image logging and trajectory correction for precise geological data.
Implemented BIM-based 3D modeling with multi-parameter logging data to refine geological interpretations.
Coal Seam 15 thicknesses ranged from 2.69 to 3.47 m, and Coal Seam 16–17 from 1.51 to 2.38 m.
Trajectory correction significantly improved spatial accuracy of geological models, enhancing safety measures.
The proposed framework provided a robust method for optimizing gas drainage and assessing geological hazards.

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Randomized trial demonstrates improved geological interpretation accuracy in underground coal mining, indicating safer operations.

Sun et al. (2026) studied this question.

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