China’s coal mining sector has long grappled with a paradox: where coal is abundant, water is scarce. The Xi’an Research Institute, under lead author Shuning Dong, has now outlined a systematic approach to reconcile this tension—through what they term “collaborative management and control” of groundwater in coal mining areas. Published in *Meitani Dizhi yu Kantan* (Journal of Coal Geology and Exploration), the research presents not just a theoretical framework but a suite of measurable technologies designed to protect aquifers, treat contaminated water, and repurpose mine drainage—all while maintaining operational safety.
At the heart of the study is the recognition that groundwater systems respond dynamically to mining disturbances. “We’re not just treating symptoms,” explains Dong. “We’re mapping how mining alters groundwater flow paths, then engineering interventions that align with those changes.” The proposed technical system integrates prediction, monitoring, and treatment into a closed-loop platform capable of guiding decisions from initial site assessment through real-time hazard prevention and water reuse.
Key innovations include diaphragm wall-based lateral curtains for shallow aquifer isolation, grouting curtains for deeper zones, and advanced regional treatment for floor water inrushes. Perhaps most commercially relevant is the integration of mine water drainage with water supply systems—effectively turning a liability into a resource. “In many coal regions, every cubic meter of water pumped out is a cubic meter that could be purified and reused,” says Dong. “By combining drainage with supply, we reduce treatment costs and create a new revenue stream.”
The research also introduces a collaborative management platform that unifies hydrogeological monitoring, failure detection, and water quality tracking. This digital backbone enables predictive control, allowing operators to anticipate water hazards before they escalate. For energy companies, this could translate into fewer production disruptions, lower compliance costs, and improved license-to-operate in water-stressed regions.
As China pushes for greener coal extraction and stricter environmental enforcement, such integrated solutions are becoming essential. The findings suggest that future mine planning will increasingly rely on real-time groundwater intelligence—shifting from reactive water management to proactive resource stewardship. With the Xi’an team’s work, the industry may finally be closing the loop between extraction, protection, and reuse.