Research and Application of a Comprehensive Management and Control System Platform for Mine Water Resources throughout the Entire Life Cycle
Abstract：In response to the multiple challenges caused by coal mining in ecologically fragile mining areas in western China, such as three-dimensional seepage of water resources, threats from mine water hazards, and inefficient utilization of mine water resources, this study developed an integrated management and control technology for mine water resources throughout the entire life cycle, with the core concept of coordinated control of 'safe mining, ecological protection, and resource recycling'. By integrating hydrogeological models, intelligent algorithms, and digital twin technology, an intelligent management and control platform was developed, which integrates dynamic prediction of mine water quantity and quality, multi-source data coupling monitoring of water conditions and water quality, and graded and differentiated allocation of water resources. This platform realizes the collaborative management and control of mine water resources, providing a systematic solution for efficient utilization of mine water resources in typical mining areas in western China.
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Publication Date：2025-07-30
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：5( 35-39 )