Title: TRANSPORT AND STRAINING OF SUSPENSIONS IN POROUS MEDIA: EXPERIMENTAL AND THEORETICAL STUDY.
Authors: AJI, Kaiser; YOU, Zhenjiang; BADALYAN, Alexander
Abstract: An analytical model for deep bed filtration of suspension in porous media and straining under size exclusion capture mechanism is developed and validated by laboratory tests on suspension flow in engineered media. The fraction of swept particles is introduced in the inlet boundary condition. The model is successfully matched with the results from column experiments, predicting the suspended particle concentrations at the outlet.
Subjects: POROUS materials; SUSPENSIONS (Chemistry); STRAIN theory (Chemistry); BOUNDARY value problems; FILTERS & filtration
Publication: Thermal Science, 2012, Vol 16, Issue 5, p1344
ISSN: 0354-9836
Publication type: Academic Journal
DOI: 10.2298/TSCI1205344A

TRANSPORT AND STRAINING OF SUSPENSIONS IN POROUS MEDIA: EXPERIMENTAL AND THEORETICAL STUDY.

AJI, Kaiser; YOU, Zhenjiang; BADALYAN, Alexander