11 Fundamentals of Nuclear Environmental Engineering / Waste Management

Description:
This session seeks fundamental advances in environmental nuclear engineering . Topics include nuclear waste disposal and treatment, nuclear waste reduction at the source, prevention of pollution from nuclear waste, green engineering for nuclear plants. In particular, contributions are sought that describe how to bring to bear innovative reaction processes, separation processes, and system approaches to dispose/treat/reduce/eliminate nuclear waste.

Sponsor:
Fundamentals
Co-Sponsor(s):
Nuclear Engineering Division (14)

Chair:
Vasilios Manousiouthakis
Email: vasilios@ucla.edu

Co-Chair:
John Olson
Email: jwolson@bechtel.com


Papers:

3:30 PM
(11a) On-Site Destruction of Radioactive Oily Wastes Using Combination of Adsorption With Electrochemical Regeneration
Edward P. L. Roberts, Nigel W. Brown, Andrew K. Campen and David A. Wickenden

3:55 PM
(11b) Process Chemistry Improvements in Saltcake Dissolution Modeling– A Retrospective
Rebecca K. Toghiani, Jeffrey S. Lindner, Laura T. Smith and Valerie Phillips

4:20 PM
(11c) Modeling of Cold-Cap Reactions for Vitrification of Nuclear Waste Glass Based On Simultaneous Differential Scanning Calorimetry–Thermogravimetry (DSC-TGA)
Jaehun Chun, David Pierce, Richard Pokorny and Pavel Hrma

4:45 PM
(11d) Technology Development for Radioactive Sludge Treatment At the Hanford Nuclear Cleanup Site
Thomas W. Fogwell, Ph.D., P.E.

5:10 PM
(11e) Noble Metal Fission Product Recovery By Electrodeposition in Ionic Liquids
Eriugen Gjoka, Katia Ascue and Elizabeth J. Biddinger
See more of this Group/Topical: Environmental Division
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