Evaporation, Rheology, And Vitrification Of A Pretreated Radioactive Hanford Tank 241-AN-104 Sample Mixed With Simulated Law SBS Recycle

Crowder, Mark L. ; Hansen, Erich K. ; Crawford, Charles L. ; Daniel, William E., Jr. ; Schumacher, Ray F. ; Burket, Paul R. ; Calloway, T. Bond, Jr.

Savannah River Site (S.C.)

关键词: Removal;    Testing;    Filtration;    Evaporation;    Rheology;   

DOI  :  10.2172/837317
RP-ID  :  WSRC-TR-2004-00232, REV. 0
RP-ID  :  AC09-96SR18500
RP-ID  :  837317

美国|英语

来源: UNT Digital Library

【 摘 要 】

This study involved evaporation of the radioactive low activity waste AN-104 pretreated waste and a simulant LAW submerged bed scrubber recycle from Duratek blended at two different volume ratios. The AN104SBS35651 pretreated wastes were then blended with glass former chemicals, GFCs, and a single blend vitrified. The chemical and physical properties, during all phases of blending were characterized per Table 1-1. The AN-104 radioactive waste used for this study was initially characterized at SRNL, Hay 2003, followed by filtration to remove entrained solids, Poirier 2003, and put through ion exchange for cesium removal, Adu-Wusu 2003,. All the test objectives in Table 1-1 are from section 3 of the Test Specification, Sidibe 2003. The test exception listed in Table 1-2 deleted the vitrification objectives for vitrification product analyses and product testing of the AN-104 glass. Therefore, Table 1-1 does not list any vitrification product analyses and product testing objectives.