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SUMMARY:31st Training course on Radioactive Waste Management
DESCRIPTION:The 31st course on radioactive waste management\, organized by CIEMAT is now open for registrations. The course provides current knowledge of the radioactive waste management\, and the Spanish radioactive waste plan. For more detailed information\, click here. \nCONTENT:\n– Generation\, characterization and classification of radioactive waste.\n– Radioactive waste in Nuclear Power Plants and Radioactive facilities.\n– IAEA Fundamental Safety Principles.\n– Criteria and objectives of radiological protection.\n– Characterization of radioactive waste.\n– Basic management and storage criteria.\n– Selection\, characterization and evaluation of sites.\n– Low and medium level waste storage.\n– Temporary and definitive storage of waste of high activity.\n– Pollutant’s dispersion in geological environment and in the biosphere.\n– Safety of nuclear facilities decommissioning.\n– Legal framework and quality guarantee.\n– The Spanish Radioactive Waste Company. The National Radioactive Waste Plan.\n– Institutional aspects and international situation.\n– Social participation in decision-making for the management of radioactive waste. \nThe course includes two technical visits: “El Cabril” a waste storage facility (Córdoba) and to the dismantling of the “José Cabrera” Nuclear Power Plant (Guadalajara). \n  \nOBJECTIVE:\nRadioactive waste toxicity requires a safety management in conditions which ensure the minimum risk to people and the environment\, well within the established limits. The 31st course on radioactive waste management provides current knowledge of the radioactive waste management\, and the Spanish radioactive waste plan. This thirty-first course updates the knowledge of radioactive waste management\, through the experience and knowledge of professionals of the sector; It analyzes current problems\, foreseeable ones and their solutions. Its duration is 54 hours.
URL:https://euradschool.eu/event/31st-training-course-on-radioactive-waste-management/
LOCATION:School of Industrial Engineers\, Street José Gutiérrez Abascal 2\, Madrid\, 28040\, Spain
CATEGORIES:Partner training course
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SUMMARY:Lunch & Learn | Deep Borehole Repository of high-level radioactive waste - State of knowledge and pros&cons
DESCRIPTION:Many countries are developing a geological disposal project to dispose of their high-level radioactive waste (HLW)\, potentially their intermediate\, long-lived radioactive waste (ILW-LL) as well as spent nuclear fuel (SF) when considered as waste. The most widely selected option\, for which a site selection process is underway in several countries or even achieved\, is the deep geological repository (DGR) concept\, a mining repository located underground in a geological layer\, in which conditioned waste is placed.\nAs an alternative concept for geological disposal\, the deep borehole repository (DBR) concept relies on two main safety functions similar to those of the DGR: isolate waste from natural surface phenomena\, thereby significantly reduce the risk of human intrusion\, and lean on the geological environment to ensure long-term passive containment.\nTo a greater extent\, several very different concepts of borehole disposal have already been studied or implemented. The deep injection of liquid waste through boreholes has been implemented for low and intermediate-level radioactive waste in the USA and Russia. The option of deep disposal of exothermic waste provoking fusion and melting with the surrounding rock has been studied in the ‘70s and ‘80s\, but only the sealing of the disposal zone in a borehole by welding of a granitic rock is still examined by the scientific community. There are several projects of disposal of small quantities of packaged solid waste\, such as disused sealed sources\, in a several tens to hundreds meters depth borehole\, following a guide developed by the IAEA; some of which are underway\, such as in Ghana. Finally\, the disposal of larger quantities of solid waste and potentially of HLW or SF\, in a DBR at a depth of thousands of meters\, was first considered in the ‘50s but rejected as it was considered to be beyond drilling capabilities. Improvements in drilling and associated technologies\, together with sealing methods progress have led several countries to reconsider this option for the disposal of HLW. It is actively studied in the USA\, including for SF disposing.\nThe DBR option drew the attention of some institutional organisations but also of some environmental Non-Governmental Organisations\, some of which are part of SITEX.Network\, as a plausible alternative to the DGR. However\, some issues are controverted\, and other institutions see DBR as an unappropriated option for management of HLW and SF. That motivated SITEX to launch a review project including a state of the art’s bibliographic review as well as a workshop for discussions among members and wider. These SITEX activities have highlighted potential advantages and weaknesses of DBR compared to DGR\, from the point of view of safety\, social and societal expectations\, regulatory aspects and finally R&D needs. \nSpeaker: Dr. Muriel Rocher (IRSN\, France) \nClick here to view the recording of this Lunch & Learn session. \nClick here to view all Lunch & Learn sessions.
URL:https://euradschool.eu/event/ll14/
LOCATION:Online
CATEGORIES:EURAD webinar
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