Session 23B - Update and Technology Improvements for HLW Vitrification Processes

Chair(s):

Keith Miller, National Nuclear Laboratory (United Kingdom)
Christian Ladirat, CEA Marcoule (France)

Order

Paper Title

1 

Design and Construction of Integrated System of Bench-Scale High-Temperature Waste Melting/Vitrification Units at SIA Radon - 10141
Sergey Stefanovsky, SIA Radon (Russia); Sergey Dmitriev, SIA Radon (Russia); Alexander Ptashkin, SIA Radon (Russia); Igor Knyazev, SIA Radon (Russia); Oleg Knyazev, SIA Radon (Russia); Maria Zen'kovskaya, SIA Radon (Russia)  

2 

Vitrification in a Cold Crucible Melter of HLLW Surrogate Solution: Behavior of Volatile Elements from Furnace to Off Gas Treatment - 10020
Eric Tronche, CEA Marcoule (France); J. Lacombe, CEA Marcoule (France); Alain Ledoux, CEA Marcoule (France); Roger Boen, CEA Marcoule (France); Christian Ladirat, CEA Marcoule (France)  

3 

Cold Crucible Vitrification and Characterization of Vitrified Savannah River Sludge Batch 4 Waste Surrogate - 10139
Sergey Stefanovsky, SIA Radon (Russia); Vladimir Lebedev, SIA Radon (Russia); Dmitriy Suntsov, SIA Radon (Russia); Mikhail Polkanov, SIA Radon (Russia); James Marra, Savannah River National Laboratory (USA)  

4 

Cold Crucible Inductive Melter (CCIM) Technology for Treatment of LILW and HLW - 10209
Vladimir Lebedev, SIA Radon (Russia); Dmitriy Suntsov, SIA Radon (Russia); Sergey Shvetsov, SIA Radon (Russia); Sergey Stefanovsky, SIA Radon (Russia); Alexander Kobelev, SIA Radon (Russia); Fedor Lifanov, SIA Radon (Russia); Sergey Dmitriev, SIA Radon (Russia)  

5 

3D Thermal, Hydrodynamic & Magnetic Modeling of Elaboration of Glass by Induction in Cold Crucible - 10051
Emilien Sauvage, CEA (France); Patrice Brun, CEA (France); Armand Bonnetier , CEA Valrho (France); J. Lacombe, CEA Marcoule (France); Eric Chauvin, AREVA NC (France); Christian Ladirat, CEA Marcoule (France)  

6 

EM-21 Higher Waste Loading Glasses for Enhanced DOE High-Level Waste Melter Throughput Studies - 10194
Fabienne Raszewski, Savannah River National Laboratory (USA); Thomas Edwards, Savannah River National Laboratory (USA); David Peeler, Savannah River National Laboratory (USA)  

7 

Estimating Melt Rate for Savannah River Site HLW Simulants - 10304
Albert Aloy, Khlopin Radium Institute (Russia); Alexander Trofimenko, Khlopin Radium Institute (Russia); Valery Belov, Khlopin Radium Institute (Russia); Kurt Gerdes, US DOE EM (USA); James Marra, Savannah River National Laboratory (USA); Kevin Fox, Savannah River National Laboratory (USA); David Peeler, Savannah River National Laboratory (USA)  

8 

Sellafield Thermal Treatment Trials Using Advanced Joule Heated Ceramic Melter Technology - 10110
Keith Matlack, Catholic University of America (USA); Wing Kot, Catholic University of America (USA); Hao Gan, Catholic University of America (USA); Ian Pegg, Catholic University of America (USA); Glenn Diener, EnergySolutions (USA); Bradley Bowan, EnergySolutions (USA)  

9 

Mitigation of Yellow Phase Formation at the Rokkasho HLW Vitrification Facility - 10107
Ian Pegg, Catholic University of America (USA); Hao Gan, Catholic University of America (USA); Innocent Joseph, EnergySolutions (USA); Bradley Bowan, EnergySolutions (USA); Yoshihiro Endo, IHI Corporation (Japan); Keith Matlack, Catholic University of America (USA); Akikazu Ohashi, Japan Nuclear Fuel Limited (Japan); Toshiki Fukui, Japan Nuclear Fuel Limited (Japan)  

10 

Solubility of Sulfate and Chloride Ions in Borosilicate Melts at Vitrification of Intermediate-Level Radioactive Wastes - 10348
Natalia Ilyukhina, SIA Radon (Russia); Irene Ponomaryova, SIA Radon (Russia); Tatiana Lashchenova, SIA Radon (Russia); Sergey Stefanovsky, SIA Radon (Russia)  

11 

On Spinodal Decomposition of E-Beam Irradiated Borosilicate Glasses - 10202
Michael Ojovan, University of Sheffield (United Kingdom); Guang Yang, Universität Erlangen-Nürnberg (Germany); Guenter Möbus, University of Sheffield (United Kingdom)