The project aimed to utilize georadiolocation to study the plant's territory, construct a geological model, and refine the understanding of geological features that might compromise the soil's load-bearing capacity. The focus was on investigating potential disruptions caused by geological objects.

The geological structure of the area was examined through the drilling of individual engineering-geological wells at intervals of 60-80 meters. These wells, reaching depths of 15 meters, included sampling of rock specimens from both disturbed and undisturbed formations. The network of drilled geological wells, spaced at 60-80 meter intervals, revealed no hazardous underground geological structures in the accessible areas. However, georadiolocation identified several karst formations in a potentially hazardous stage of development.

The project delivers value to the client by providing a detailed understanding of the plant's geological composition and potential risks to soil stability. The identification of karst formations in a critical stage through georadiolocation allows the client to proactively address and mitigate these hazards, ensuring the long-term stability and safety of the plant's infrastructure. This information serves as a foundation for informed decision-making and risk management, contributing to the overall resilience of the industrial facility.