Resources
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Type:PATRAM Proceedings
Abstract:
In Germany spent nuclear fuel is stored under dry conditions in dual purpose casks (DPCs). Until a final repository will be available, the…
Type:PATRAM Proceedings
Abstract:
In Korea, starting Hanbit unit, the on-site storage capability for Spent Nuclear Fuel (SNF) is expected to be saturated, and Kori unit 1…
Type:PATRAM Proceedings
Abstract:
The Korea Radioactive Waste Agency (KORAD) has developed a dual-purpose metal cask for the dry storage of spent nuclear fuel that has been…
Type:PATRAM Proceedings
Abstract:
BackgroundWhatever the nuclear facilities activities (even in case of shutdown / renewal), challenges regarding waste management arise…
Type:PATRAM Proceedings
Abstract:
Transports of radioactive materials are regularly performed in an international context and the possibility of accidents with cross-border…
Type:PATRAM Proceedings
Abstract:
The Australian Radiation Protection and Nuclear Safety Agency (ARPANSA) is the regulatory authority for Commonwealth entities, which…
Type:PATRAM Proceedings
Abstract:
Radioactive material above a certain activity limit as defined in national and international regulations is transported in specific…
Type:PATRAM Proceedings
Abstract:
The objective is to present three binding Safety Instructions (IS) and one Safety Guidance (GS) issued by the CSN in relation with the…
Type:PATRAM Proceedings
Abstract:
To successfully certify high burnup (i.e., >45 GWD/MTU) spent fuel (HBF) for transportation, information that demonstrates reasonable…
Type:PATRAM Proceedings
Abstract:
The U.S. Nuclear Regulatory Commission (NRC) performs reviews of applications for spent nuclear fuel transportation packages and storage…
Type:PATRAM Proceedings
Abstract:
Some radioactive sources are often used in irradiation industry and radiotherapy, such as Co-60, Cs-137, I -131, P-32, Sm-153, Mo-99, Sr-90…
Type:PATRAM Proceedings
Abstract:
In many countries, Research Reactor (RR) operators are responsible for the safe and sustainable management of their Research Reactor Spent…
Type:PATRAM Proceedings
Abstract:
The current Q system of the Transport Regulations published by the International Atomic Energy Agency (IAEA) was developed in the 1980s for…
Type:PATRAM Proceedings
Abstract:
Title 10 of the United States (US) Code of Federal Regulations (CFR), Part 71, Packaging and Transportation of Radioactive Material,…
Type:PATRAM Proceedings
Abstract:
In the 2012 Edition of the IAEA Transport Regulations (SSR-6, the Regulations), the requirement of “a permanent enclosed character” has…
Type:PATRAM Proceedings
Abstract:
The LSA-II and LSA-III material requirements were introduced into the IAEA Transport Regulations in the early 70s and revised in the 80s of…
Type:PATRAM Proceedings
Abstract:
Currently, the transport of radioactive material in Belgium is governed by chapter VII of the GRR [1]. This current license-based system,…
Type:PATRAM Proceedings
Abstract:
Incidents involving release of nuclear materials stored in containers of convenience such as food pack cans, slip lid taped cans, paint…
Type:PATRAM Proceedings
Abstract:
To verify the effectiveness of surface treatment techniques to the commercialized canister, the mock-up lid part of the canister made of…
Type:PATRAM Proceedings
Abstract:
For radioactive waste with negligible heat generation, final storage in the Konrad repository requires that the waste is conditioned and…