This preliminary program is subject to change.

Chemical Engineering Advances in the Processing of Radioactive Waste


Description:
This session focuses on chemical engineering advances in the processing of legacy radioactive waste.

Sponsor:
Nuclear Engineering Division


Chair:
Stuart Arm
Energy Solutions
2345 Stevens Drive
Richland, WA 99354
Phone Number: 509-375-9582
Email: starm@energysolutions.com

Co-Chair:
B. R. Pickenheim

Papers:
Commercial Scale Tritium Recovery From Exit Signs and Other Illumination Devices at LLNL
Diane Spencer, Lawrence Livermore National Laboratory; J. Mark Mintz, Lawrence Livermore National Laboratory
Characterization of Individual Chemical Reactions Consuming Acid During Nuclear Waste Processing at the Savannah River Site
David C. Koopman, Savannah River National Laboratory; Bradley R. Pickenheim, Savannah River National Laboratory; Daniel P. Lambert, Savannah River National Laboratory; J. David Newell, Savannah River National Laboratory; Michael E. Stone, Savannah River National Laboratory
Mercury-Nitrite-Rhodium-Ruthenium Interactions in Noble Metal Catalyzed Hydrogen Generation From Formic Acid During Nuclear Waste Processing at the Savannah River Site
D. C. Koopman, Savannah River National Laboratory; Bradley R. Pickenheim, Savannah River National Laboratory; Daniel P. Lambert, Savannah River National Laboratory; J. David Newell, Savannah River National Laboratory; Michael E. Stone, Savannah River National Laboratory
Wet Air Oxidation Batch Autoclave Testing with Savannah River Site Tank 48H Actual Waste
Kofi Adu-Wusu, Savannah River National Laboratory; Paul R. Burket, Savannah River National Laboratory; Chris J. Martino, Savannah River National Laboratory; Frank M. Pennebaker, Savannah River National Laboratory
2009 THORŪ (Thermal Organic Reduction) Fluidized Bed Steam Reforming Engineering Scale Test
Gene Daniel, Savannah River National Laboratory; C. M. Jantzen, Savannah River National Laboratory; M. R. Williams, Savannah River National Laboratory
Removing Sludge Heels From SRS Waste Tanks with Oxalic Acid
Michael Poirier, Savannah River National Laboratory
Boehmite Dissolution Model Based On Simulant Data
Reid A. Peterson, Pacific Northwest National Laboratory; Renee Russell, Pacific Northwest National Laboratory
Solidification Tests for LLW Sludges
Paul A. Taylor, Oak Ridge National Laboratory
See more of this Group/Topical: Nuclear Engineering Division