Please use this identifier to cite or link to this item: http://hdl.handle.net/2440/64838
Type: Conference paper
Title: Site selection study for conceptual design of a deep underground radioactive waste repository in Australia
Author: Duncan, J.
Prest, T.
Keogh, B.
Frazer, J.
Melkoumian, N.
Xu, C.
Citation: Proceedings of the Tenth IASTED International Conference on Artificial Intelligence and Applications / M. H. Hamza (ed.): pp.470-475
Publisher: ACTA Press
Publisher Place: Zurich
Issue Date: 2010
ISBN: 9780889868175
Conference Name: IASTED International Conference on Artificial Intelligence and Applications (10th : 2010 : Innsbruck, Austria)
Statement of
Responsibility: 
Duncan, J., Prest,T., Keogh, B., Frazer, J., Melkoumian, N. and Xu, C.
Abstract: The management of radioactive waste has become a significant challenge for mankind as nuclear technology becomes increasingly commonplace. Many studies find Australia to be the ideal location to host a deep geological repository for permanent storage of high level radioactive waste (HLW). Despite ventures like the Pangea Resources study proposing a deep geological HLW repository in Australia, ardent political and social opposition has halted any real progress thus far. Researchers and industry experts are yet to identify a suitable location within Australia to host such a project. This paper presents a site selection study to identify and analyse a suitable location within Australia to host a deep geological HLW repository. Following the selection of a suitable site at Maralinga (site coordinates: 132° 30' 0 E, 29° 30' 0 S), core samples have been identified and inspected. This allowed for a suitable repository design to be chosen to match the geological conditions. A corresponding fracture network has been developed using FracMan and a solute transport simulation has been carried out to test the hydraulic performance of the site. This study indicates that the bedrock around the above mentioned coordinates is suitable for retarding radionuclide migration over a significant time period. Following the fracture modelling, a repository design for the considered geological conditions has been identified. Three dimensional finite element stress analysis has been conducted to verify the suitability of the chosen repository design for the geological conditions at Maralinga.
Rights: Copyright status unknown
RMID: 0020103395
Description (link): http://www.actapress.com/Abstract.aspx?paperId=37743
Appears in Collections:Civil and Environmental Engineering publications

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