Session 140 - ChEmical Engineering Advances in the Nuclear Fuel Cycle


Nuclear Engineering Division
Session 140 - ChEmical Engineering Advances in the Nuclear Fuel Cycle
This session is devoted to chemical engineering advances in all stages of the nuclear fuel cycle. This includes spent nuclear fuel management and recycling and waste treatment and disposal. Submissions from industry, universities and national laboratories are welcome describing basic and applied research through to plant operational experience.
Chair:	Stuart Arm
Cochairs:	Candido Pereira Vincent Van Brunt
CoSponsor(s):	Nuclear Energy Extractions
	140a	Modeling Solidification Induced Stresses in Ceramic Waste Forms Containing Nuclear Wastes Charles W. Solbrig, Kenneth J. Bateman
	140b	Accelerated Carbonation Study for the Prediction of Long Term Performance of the Nirex Reference Vault Backfill in Radioactive Waste Disposal Jia Sun, Stefaan J. R. Simons
	140c	Modeling of Saltcake Dissolution Rebecca K. Toghiani, Jeffrey S. Lindner
	140d	Radioactive High-Level Waste Sludge Rheology and Particle Size: Implications for Vitrification Pre-Treatment Operations Richard C. Daniel, Rick W. Shimskey, Reid A. Peterson
	140e	Acid Consumption of Savannah River Site High Level Waste during Vitrification Pretreatment Processing Bradley R. Pickenheim, Dan P. Lambert, Michael E. Stone, D. C. Koopman