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The multi-canister overpack -- Hanford`s N Reactor spent nuclear fuel container

L.H. Goldmann

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Abstract

The Hanford Site has developed an integrated process strategy for the irradiated fuel, including sorting and cleaning SNF in the K basins, loading the SNF into multi-canister overpacks, drying the fuel at the Cold Vacuum Drying Facility, and transporting the dried fuel to the Canister Storage Building for validation, testing and finally interim storage. This presentation provides a description of the MCO and an overview of the proposed use of the MCO as a container for spent fuel.

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What this paper is about

The Hanford Site has developed an integrated process strategy for the irradiated fuel, including sorting and cleaning SNF in the K basins, loading the SNF into multi-canister overpacks, drying the fuel at the Cold Vacuum Drying Facility, and transporting the dried fuel to the Canister Storage Building for validation, testing and finally interim storage. This presentation provides a description of the MCO and an overview of the proposed use of the MCO as a container for spent fuel.

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Available abstract

The Hanford Site has developed an integrated process strategy for the irradiated fuel, including sorting and cleaning SNF in the K basins, loading the SNF into multi-canister overpacks, drying the fuel at the Cold Vacuum Drying Facility, and transporting the dried fuel to the Canister Storage Building for validation, testing and finally interim storage. This presentation provides a description of the MCO and an overview of the proposed use of the MCO as a container for spent fuel.

Key concepts: Spent nuclear fuel, Container (type theory), Waste management, Hanford Site, Plutonium, Nuclear engineering, Environmental science, Radioactive waste

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