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Overview of Finnish Spent Nuclear Fuel Disposal Programme

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초록

Finland is the first country in the world constructing the geological spent nuclear fuel disposal facility. The Finnish programme for spent nuclear fuel is organized through a private company Posiva Oy that has been established by the two power companies currently operating nuclear power plants in Finland to dispose owners spent nuclear fuel. First plans for the disposal of the spent nuclear fuel started already at 1978 when first studies for the geological disposal started. The planning was followed by the site selection programme, culminating to the selection of the Olkiluoto site as the disposal site in 2001 by decision in principle by Parlament of Finland. In 2004 the construction of the rock characterization facility ONKALO™started on the disposal site. ONKALO has served in confirming underground site studies, while it has been designed to be an inseparable part of the final disposal facility. After 10 years of confirming studies in 2015, Posiva Oy, was granted the construction license for the final repository. In early 2020s the disposal of the spent nuclear fuel is expected to start in ONKALO.

Abstract

Finland is the first country in the world constructing the geological spent nuclear fuel disposal facility. The Finnish programme for spent nuclear fuel is organized through a private company Posiva Oy that has been established by the two power companies currently operating nuclear power plants in Finland to dispose owners spent nuclear fuel. First plans for the disposal of the spent nuclear fuel started already at 1978 when first studies for the geological disposal started. The planning was followed by the site selection programme, culminating to the selection of the Olkiluoto site as the disposal site in 2001 by decision in principle by Parlament of Finland. In 2004 the construction of the rock characterization facility ONKALO™started on the disposal site. ONKALO has served in confirming underground site studies, while it has been designed to be an inseparable part of the final disposal facility. After 10 years of confirming studies in 2015, Posiva Oy, was granted the construction license for the final repository. In early 2020s the disposal of the spent nuclear fuel is expected to start in ONKALO.

참고문헌 (21)

  1. Geology of Olkiluoto, "Aaltonen, I.", POSIVA, 398~, pp.POSIVA Report 2016-16 (2016)
  2. Hakala, M., "Experience with a new LVDT-Cell to measure in-situ stress from an existing tunnel", Proc. of the EUROCK 2012 - Rock Engineering and Technology for Sustainable Underground Construction, pp.14~ (2012), ISRM
  3. Safety Case for the Disposal of Spent Nuclear Fuel at Olkiluoto - Definition of Reference and Bounding Groundwaters, Buffer and Backfill Porewaters, "Hellä, P.", POSIVA, 164~, pp.POSIVA Report 2014-4 (2014)
  4. Thermal Dimensioning of Olkiluoto Repository for Spent Fuel, "Ikonen, K.", 70~, pp.Working report 2012-56 (2012)
  5. ONKALO POSE Experiment – Phase 1 & 2: Execution and Monitoring, "Johansson, E.", 130~, pp.Working report 2012-60 (2014)
  6. Johansson, E., "ONKALO –Underground Rock Characterization Facility for In-Situ Testing for Nuclear Waste Disposal", Proc. of the 13th ISRM International Congress of Rock Mechanics, pp.17~ (2015), ISRM
  7. Buffer Design 2012, "Juvankoski, M.", Posiva, 247~, pp.Posiva report 2012-14 (2013)
  8. Backfill Production Line 2012. Design, Production and Initial State of the Deposition Tunnel Backfill and Plug, "Keto, P.", Posiva, 164~, pp.Posiva report 2012-18 (2012)
  9. The Site Selection Process for a Spent Fuel Repository in Finland - Summary Report, "McEven, T.", Posiva, 231~, pp.Posiva Report 2000-15 (2000)
  10. Olkiluoto Site Description 2011, "Posiva", Posiva, 1029~, pp.Posiva report 2011-02 (2013)
  11. "Posiva chose friction stir welding for the encapsulation of spent nuclear fuel" (2014)[URL]
  12. "Nuclear waste management of the Olkiluoto and Loviisa power plants - Summary 2016. Yearly summary" (2017)[URL]
  13. Design of the Disposal Facility 2012, "Saanio, T.", 190~, pp.Working report 2013-17 (2012)
  14. Siren, T., "Excavation damage zones, fracture mechanics simulation and in situ strength of migmatitic gneiss and pegmatitic granite at the nuclear waste disposal site in Olkiluoto, Western Finland", D.Sc, pp.2015
  15. Siren, T., "In situ strength and failure mechanisms of migmatitic gneiss and pegmatitic granite at the nuclear waste disposal site in Olkiluoto, Western Finland", Int. J. Rock Mechanics and Mining Sciences, 79, pp.135~148 (2015)
  16. Siren, T., "Considerations and Observations of Stress-Induced and Construction-Induced Excavation Damage Zone in Crystalline Rock", Int. J. Rock Mechanics and Mining Sciences, 73, pp.165~174 (2015)
  17. "Nuclear waste facility can be built to be safe" (2015)[URL]
  18. Analyses of the Stability of a KBS-3H Deposition Drift at the Olkiluoto Site during Excavation, Thermal Loading and Glacial Loading, "Suikkanen, J.", Posiva, 118~, pp.Posiva Report 2016-15 (2016)
  19. "Posiva receives a construction licence for a spent nuclear fuel disposal facility" (2015)[URL]
  20. Valli, J., "Stress-Geology Interaction Modelling at Olkiluoto", Proc. of 7th International Symposium on In-Situ Rock Stress, pp.252~361 (2016), ISRM
  21. ONKALO POSE experiment – Phase 3: Execution and monitoring, "Valli, J.", 172~, pp.Working report 2013-41 (2014)

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