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PRIMARY AND SECONDARY COOLANT TREATMENT ON THE DECOMMISSIONING OF THE BN-350 FAST REACTOR

25 May 2016, 09:00
9h
Madrid

Madrid

Poster Technical and Technological Aspects of Implementing Decommissioning Programmes Session 4A - Poster

Speaker

Mr Alexander Blynskiy (Nuclear Technology Safety Center)

Description

Abstract: Decommissioning of the fast reactor BN-350 in Kazakhstan was started in 1999. The government of the Republic of Kazakhstan has decided by its decree to bring the BN-350 in a state of long-term safe storage (“SAFSTOR” condition) for 50 years, followed by the dismantling and disposal. The main objectives to be achieved in the transfer BN-350 in a state of long-term safe storage is to achieve nuclear and radiation safety and the acceptable level of industrial safety. This decision means minimizing work at the initial stage of the decommissioning due to the limited funding available to implement the full-scale decommissioning project. Decommissioning strategy for the sodium coolant includes the following steps [1]: 1. Cleaning from cesium isotopes; 2. Draining from the loops and the reactor vessel; 3. Processing into chemically passive product and placed for safe storage; 4. Cleaning of inner surfaces of the reactor vessel and loops from sodium residuals.
Country or International Organization Kazakhstan
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Primary author

Mr Alexander Blynskiy (Nuclear Technology Safety Center)

Presentation materials

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