The integrated digitalization of the mining enterprise can provide a positive effect from the optimization of the relationships between the elements of the mining system. Digitalization involves the transition from fragmentary automation of individual stages or processes to fully automated production, controlled in real time by intelligent systems. 3D models, including geological and structural analysis and geodynamic modeling of the geological structures of the deposit, should be used for a more accurate and objective view of the state of the rock mass and its changes over time. The creation of an integrated geomechanical model of the field, including a geological model, models of rock mass and rock properties, structural, hydrogeological, and others, allows for current monitoring and long-term forecast of the stress-strain state of the geomedium of mining enterprises.
It is shown that the scale of land disturbance during subsurface use increases, which leads to an increase in the negative impact on the environment and the threat of complete loss of land value. The issues of recultivation of disturbed lands in Russia and abroad are considered. It is noted that the legislation provides for the technical and biological stages of their restoration. It is proposed to additionally take into account the recreational and construction stage of recultivation, the purpose of which is to reuse the areas of quarries, dumps and landfills for industrial and civil construction, the creation of recreational zones, artificial reservoirs. For the simulation of remediation works, it is possible to use standard software tools that allow you to visualize and study the objects of restoration. The currently widely implemented concept of large-scale digitalization of deposits allows us to propose and evaluate measures to reduce the environmental harm of users of subsurface resources and land through the introduction of the principles of the "green economy".
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