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SSM perspective Background The concept that the Swedish nuclear power industry plans to utilise for the final disposal spent nuclear fuel is called KBS-3 method, which is based on three different barriers to prevent spreading of radioactive substances: copper canisters, bentonite buffers and the surrounding Swedish bedrock. In the current KBS-3 design, the spent nuclear fuel will be placed in...

Content type: Publications

2020:02 Models for axial gas flow and mixing in LWR fuel rods

SSM perspective Background Fission gases inside a fuel rod plays an important role in the behaviour of the fuel, both during normal operation and during events and accidents. Fission gases are released from inside the fuel pellets to the gap between the pellet and the cladding tube and then flow to the plenum volume at the top of the fuel rod. In high burnup fuel, this axial flow to the...

Content type: Publications

1997:05 SKI SITE-94

The Swedish Industry program for deep geological disposal of spent nuclear fuel and high-level radioactive waste is now in the early stages of the site selection process, with feasibility studies underway in 5 to 10 municipalities. According to the Swedish Nuclear Fuel and Waste Management Co., SKB (SKB RD&D Programme, 1995), the ongoing siting process involves selection of two sites for...

Content type: Publications

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02:62 Exploration of Important Issues for the Safety of SFR 1 using Performance Assessment Calculations

2005:29 DECOVALEX III PROJECT Thermal-Hydro-Mechanical Coupled Processes in Safety Assessments

2005:33 Groundwater Flow and Radionuclide Transport in Fault Zones in Granitic Rock, Chapters 1-2

2003:05 Mechanical Integrity of Copper Canister Lid and Cylinder

02:46 Electron Beam Welding of Thick Copper Material

2003:26 Structure for Transparency in Nuclear Waste Management

2003:11 Ågesta-BR3 Decommissioning Cost

2020:01 Sulphide-induced stress corrosion cracking and hydrogen absorption incopper exposed to sulphide and chloride containing deoxygenated water at 90°C

2020:02 Models for axial gas flow and mixing in LWR fuel rods

1997:05 SKI SITE-94

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