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Geodynamic Zoning For Underground Isolation Of Radioctive Waste

Vladislav Morozov, Alexander Kagan

Abstract


The problem of area selection for underground isolation of radioactive waste is important for all countries using nuclear power. The paper presents the results of modeling the stress-deformed state of Nizhnekanskiy granitoid massif and shows the possibility of using such simulations for the geodynamic zoning of areas. The calculation is given to the most probable directions of groundwater filtration, which is one of the main threats for the nuclear waste repository.

Keywords


Niznekansky granitoid massif; filtration of groundwater; high-level radioactive wastes; stress-deformed state

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References


Morozov V.N., Tatarinov V.N. Tectonic processes development with time in the areas of HLRW disposal from expert assessment to prognosis. // Int. Nuclear Energy science and Technology, Vol. 2. No, 1/2. 2006. Pp. 65-74.

Morozov V.N., Tatarinov V.N. Methods of selecting areas of the earth's crust to accommodate the environmentally hazardous waste. // Geoecology. M. 1996, № 6, p. 109-120.

Belov S.V., Morozov V.N., Tatarinov V.N., Kamnev E.N., Hammer I. Study of the structure and geodynamic evolution of Niznekansky granitoid massif in connection with the disposal of high level radioactive waste // Geoecology. M. 2007, № 3. p. 227-238.

Morozov V.N., Gupalo T.A., Tatarinov V.N. Forecast insulating properties of the rock mass in the placement of radioactive materials in mines // Mountain Gazette. 1999, № 6. p. 99-105.

Morozov V.N., Kolesnikov I., Belov S.V., Tatarinov V.N., Stress-deformed state of Niznekansky granitoid massif – as the area of possible disposal of radioactive waste. // Geoecology. M. 2008, № 3, p 232-243.




DOI: https://doi.org/10.17770/etr2011vol1.909

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