Title: Removal and decontamination of highly active materials and facilities at JRC-ITU Hot Cells
Authors: BOTTOMLEY PaulVELNOM LAURENT HERVENASYROW RamilPAPAIOANNOU DimitriosUHLIG MatthiasWEGEN DetlefKINTZ YVANFAZIO CONCETTAVAN BELLE PieterGLATZ Jean-PaulRONDINELLA Vincenzo
Publisher: KernTechnische Gesellschaft
Publication Year: 2016
JRC N°: JRC100432
ISBN: 978-3-926956-98-9
URI: http://www.kernenergie.de/kernenergie/service/shop/tagungsbaende/
http://publications.jrc.ec.europa.eu/repository/handle/JRC100432
Type: Articles in periodicals and books
Abstract: This paper presents highlights of procedures for removal of highly radioactive materials and decontamination of facilities at JRC-ITU's Hot Cells. Such procedures require a combination of analytical and calculation tasks together with direct interventions in contaminated areas. Storage and transportation of irradiated fuel samples containing radiolysable materials requires special procedures. A 20-rod degraded bundle from the Phébus PF project was tested for H2 generation before transportation to another facility could be allowed. In order to curb radon emission in the exhaust system of the Hot Cells a complex set of analysis and interventions was performed to identify its source, and resulted in a series of renovation activities to be carried out to decontaminate old cell components. Conditioning of poorly characterized legacy waste materials, in some cases containing plutonium and other transuranic species, can be problematic as detailed information on their composition is required before conditioning and waste removal; examples on how the optimisation of the analysis can assist in preparing waste declarations are presented.
JRC Directorate:Nuclear Safety and Security

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