In the complex and high-risk industry of coal mining, accurately predicting disaster risks such as gas outbursts, water hazards, and ground pressure has become a critical requirement for ensuring safe production. As a pioneer in geological modeling and simulation technology, GridWorld leverages "transparent geology" as its foundation to construct an integrated hazard simulation system covering gas, water, and ground pressure. This equips intelligent mining faces with "transparent vision" and "early warning capabilities."

Gas Migration, Clearly Visible

Faced with elusive gas hazards, our solution achieves a leap from "passive defense" to "active warning." By integrating gas geological parameters, ground stress field data, and real-time monitoring information, the system builds a 3D gas property volume model, accurately simulating the dynamic evolution of gas seepage-stress coupling fields during mining:

1.Visualization of Occurrence Patterns: Real-time display of gas pressure distribution cloud maps in coal seams.

2.Predictable Emission Dynamics: Early forecasting of gas emission volumes at working faces based on simulation results.

3.Data-Driven Prevention Decisions: Providing data support for ventilation systems and drainage design.

Water Hazard Risks, Accurately Predicted

Addressing the threat of roof and floor water hazards, our simulation system can replicate the coupling mechanisms between mining-induced damage and confined water. By simulating the deformation and failure processes of roof and floor strata during mining, the system precisely calculates the development heights of the "upper three zones" and "lower three zones," thereby determining whether water-conducting fractures connect with aquifers.

1.Risk Assessment: Intuitive evaluation of water inrush risk levels at working faces.

2.Scientific Decision-Making: Providing critical data support for water hazard prevention plans, enabling technicians to identify early warnings before water inrush crises occur and fortify a "digital embankment" against water hazards.

Ground Pressure Manifestations, Fully Under Control

Surrounding rock instability and roof collapse are among the most direct threats underground. GridWorld employs digital twin technology to dynamically integrate real-time monitoring data, such as support resistance, roadway convergence, and microseismic events, with simulation models.

1.Online Inversion: Achieving online visual inversion of mining-induced stress fields, clearly displaying the distribution and evolution of surrounding rock stress.

2.Disaster Simulation: Simulating roof collapse processes to accurately grasp ground pressure manifestations and conduct disaster simulations, providing intelligent decision support for roof control and support design.

From geological modeling to hazard simulation, and from static visualization to dynamic warning, GridWorld is building a comprehensive multi-dimensional hazard simulation platform covering gas, water, and ground pressure, anchored by high-precision geological models and driven by real-time data. In the future, GridWorld will continue to deepen its expertise in transparent geology and intelligent simulation technology, collaborating with industry partners to jointly build a new future of safe, efficient, and green intelligent mining.