Nuclear and hydropower facilities

Non-destructive methods for monitoring the condition of objects of increased responsibility

Engineering and geophysical surveys for the design and construction of nuclear and hydropower facilities:

• bedrock roof mapping

• determining the level of groundwater and the presence of perched water

• identification of icy rocks, determination of the position of the top of permafrost rocks

• study of taliks, cryopegs

• study of the dynamics of permafrost phenomena (seasonal freezing zones)

• identification of geological bodies that are dangerous during drilling (vein, formation ice)

• identification of zones of distribution of specific soils (peat, silt, saline soil, etc.)

• identification of gas pockets in the upper part of the cut

Study of hazardous engineering-geological processes:

• landslides

• quicksand

• karst phenomena

Study of the engineering-geological situation of territories adjacent to nuclear and hydropower facilities

Monitoring the condition of concrete structures, including underwater parts of the structure