Open AccessRheological Properties of Defense Waste processing Facility Melter Feeds
Author(s) -
Fei Mao,
Ebadian
Publication year - 1998
Language(s) - English
Resource type - Reports
DOI - 10.2172/968
Subject(s) - slurry , viscometer , pressure drop , viscosity , savannah river site , rheology , pipeline transport , waste management , environmental science , radioactive waste , materials science , petroleum engineering , environmental engineering , geology , engineering , mechanics , composite material , physics
In the present investigation, viscosity measurements have been carried out for two types of simulated Defense waste slurries, a Savannah River slurry and a Hanford slurry. The measurements were conducted in two experimental options. A rotational viscometer was used to measure viscosity under well-defined temperature and pH value operating conditions. The solids concentration used for this option was lower than 15 wt.%. Both the slurries have been investigated using this experimental option. The Savannah River slurry has also been investigated in a pipeline flow system, which measured the pressure drop as the slurry flowed through the pipe. The slurry's viscosity can be extracted from the pressure drop information. These investigations have been performed in relatively wide parameter ranges. The solids concentration of the slurry tested in the pipeline system was as high as 25 wt.%.The slurry pH in both experimental options covered a range of 4 to 13.5. The highest operating temperature was 66 C for the rotational viscometer and 55 C for the pipeline system. In FY97, the experiments for the Hanford slurry in the pipeline system will be performed