GIS for the needs of the Radioactive Waste Repository Authority

The Radioactive Waste Repository Authority (RAWRA) is a state organisation responsible for the management of activities related to the disposal of all existing and future radioactive waste and spent nuclear fuel classed as a waste in Czech Republic. Worldwide, a deep geological repository is conside...

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Veröffentlicht in:Acta Montanistica Slovaca 2007-06, Vol.12 (special issue 3), p.458-464
1. Verfasser: Jitka Mikšová
Format: Artikel
Sprache:eng ; slo
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Zusammenfassung:The Radioactive Waste Repository Authority (RAWRA) is a state organisation responsible for the management of activities related to the disposal of all existing and future radioactive waste and spent nuclear fuel classed as a waste in Czech Republic. Worldwide, a deep geological repository is considered the highest degree of safety for a nuclear waste disposal. Such a repository has to be built in a stable geological environment ensuring the isolation of the stored radioactive waste from the surrounding environment for a long period of time. The selection of suitable site for the deep geological repository construction is a complicated and long term process. Considering this fact and also in respect to an assumed volume of varied datasets the GIS RAWRA was established to ensure convenient management and availability of data containing spatial information.The system is based on ESRI (ArcInfo including extensions, ArcSDE, ArcIMS), Leica Geosystems (Image Analysis) and Microsoft software (MS SQL Server). Resulting datasets from six recommended potentially suitable sites for the location of a geological repository have been incorporated into the geodatabase to date. The necessary analysis was made using ESRI software tools and, in addition, custom applications were developed including the metadata editor, etc. This analysis was carried out with respect to existing geological and non-geological criteria defined for a nuclear waste repository. Finally, all six investigated sites with a total area of 240 km2 were reduced in area, each of them resulting in an area of approximately 10km2 for further detailed characterisation.
ISSN:1335-1788
1335-1788