Fluidized Bed Calcination of Radioactive Wastes Using In-Bed Combustion Heating
T.K. Thompson, G.E. Lohse, B.R. Wheeler
Abstract
T.K. Thompson, G.E. Lohse, B.R. Wheeler
Abstract
The fluidized-bed Waste Calcining Facility (WCF) at the Idaho Chemical Processing Plant has been successfully converted from a liquid-metal heating system to a new system called “in-bed combustion,” where a hydrocarbon fuel is burned directly in the fluidized bed to supply the heat necessary to calcine radioactive wastes. Significant accomplishments demonstrated during the first processing campaign using in-bed combustion heating were an onstream time of 100% over the total run duration of 156 days of radioactive operation, a capacity increase of ∼15%, and demonstration of the safety and reliability of the process and control systems.
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The fluidized-bed Waste Calcining Facility (WCF) at the Idaho Chemical Processing Plant has been successfully converted from a liquid-metal heating system to a new system called “in-bed combustion,” where a hydrocarbon fuel is burned directly in the fluidized bed to supply the heat necessary to calcine radioactive wastes. Significant accomplishments demonstrated during the first processing campaign using in-bed combustion heating were an onstream time of 100% over the total run duration of 156 days of radioactive operation, a capacity increase of ∼15%, and demonstration of the safety and reliability of the process and control systems.
Key concepts: Fluidized bed, Calcination, Waste management, Combustion, Fluidized bed combustion, Radioactive waste, Environmental science, Chemical looping combustion