Synroc Production using a Fluid Bed Calciner

Author:

Jay Ackerman F.,Grens John Z.,Ryerson Frederick J.,Hoenig Clarence L.,Bazan Fernando,Campbell John H.

Abstract

ABSTRACTSynroc is a titanate-based ceramic developed for immobilization of high-level nuclear reactor wastes in solid form. Fluid bed Synroc production permits slurry drying, calcining and redox to be carried out in a single unit. We present results of studies from two fluid beds; the Idaho Exxon internally-heated unit and the externally-heated unit constructed at Lawrence Livermore National Laboratory (LLNL). Bed operation over a range of temperature, feed rate, fluidizing rate and redox conditions indicate that high density, uniform particle-size Synroc powders are produced which facilitate the densification step and give HUP parts with dense, well-developed phases and good leaching characteristics.

Publisher

Springer Science and Business Media LLC

Subject

General Engineering

Reference15 articles.

1. 15. Oversby V. M. , “Properties of SYNROC-C Nulcear Waste Form: A State-of-the-Art Review,” LLNL, Rept.UCRL-50000 Series (1982).

2. 14. Hoenig C. L. , , “Densification Studies of SYNROC-D for High-Level Defense Waste,” LLNL, Rept. in preparation.

3. Treatment of Cladding Hulls by the Hipow Process

4. 6. Newby B. J. , Cogburn G. L. , Valentine J. H. , and Slansky C. M. , “Calcination Flowsheet Development,” Idaho National Engineering Laboratory, Idaho Chemical Programs Rept. ICP-1163 (1978).

5. Preparation and properties of SYNROC D containing simulated Savannah River Plant high-level defense waste

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