Methods for Analyzing the Hydrogeological Characteristics of the Aquifers in the Vicinity of Nuclear Power Plants Using Indicators

I. O. Kovalenko¹, N. V. Sosonna¹, M. I. Panasiuk¹, U. Saravana Kumar²

¹Institute for Safety Problems of Nuclear Power Plants, NAS of Ukraine, 36a, Kirova st., Chornobyl, 07270, Ukraine
²International Atomic Energy Agency, p. o. box 100, 5, Wagramer Strasse, A-1400, Vienna, Austria

DOI: doi.org/10.31717/2311-8253.20.2.10

Abstract

The mathematical modeling of migration of the unsorbed indicator on the way of filtration flow of the first from the surface alluvial-quaternary aquifer underground waters was completed. The imitation modeling was performed to justify the using of isotope or indicator methods to obtain reliable data on aquifer parameters, in particular, the permeability coefficient. Three-dimensional geofiltration model was used and the verification of received predictive results with the results of the field observations was completed. Program complex Visual MODFLOW 2011.1 was used as a tool to manage and edit model and the model’s data, which gave a chance to improve the accuracy and performance of the model while increasing the efficiency of mathematical modeling.

Keywords: mathematical model, water, mass transfer indicator, bromide ion, permeability coefficient, Shelter object.

References

1. Panasiuk M. I. (2014). [Determination of filtration coefficient of alluvial sands in the area of the Chornobyl NPP]. Problemy bezpeky atomnyh elektrostantsiy і Chornobylya [Problems of Nuclear Power Plants’ Safety and of Chornobyl], vol. 23, pp. 124-130. (in Russ.)

2. Panasiuk M. I., Alfyorov A. M., Starikov M. B., Litvin I. A., Liushnya E. P. (2011). [Results of detailed modeling of influence pile foundations in hydrogeological conditions in the New Safe Confinement district construction]. Problemy bezpeky atomnyh elektrostantsiy 1 Chornobylya [Problems of Nuclear Power Plants’ Safety and of Chornobyl], vol. 16, pp. 124-129. (in Russ.)

3. Panasiuk M. I., Alfyorov A. M., Levin G. V., Starikov M. B. (2011). [Mathematical modeling of geomigratory processes in water-saturated soil in area of the Shelter object]. Problemy bezpeky atomnyh elektrostantsiy і Chornobylya [Problems of Nuclear Power Plants’ Safety and of Chornobyl], vol. 17, pp. 124-130.

4. Visual MODFLOW 2011.1 User’s Manual. Waterloo: Waterloo Hydrogeologic, 2015, 702 c.

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Published

2020-05-16

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