Computational fluid dynamics investigation of bitumen residues in oil sands tailings transport in an industrial horizontal pipe
Pipeline transport is commonly used in the oil sand industry to convey crushed oil sand ores
and tailings. Bitumen residues in the oil sand tailings can be a threat to the environment that …
and tailings. Bitumen residues in the oil sand tailings can be a threat to the environment that …
CFD-PBM simulations of a pulsed sieve plate column
A 2D computational model coupling two-phase CFD and population balance equations is
used to predict dispersed phase holdup and Sauter mean drop diameter in a pulsed sieve …
used to predict dispersed phase holdup and Sauter mean drop diameter in a pulsed sieve …
Liquid-liquid dispersion in pulsed disc and doughnut column and pulsed sieve plate column: A comparative study
Pulsed disc and doughnut columns (PDDCs) and pulsed sieve plate columns (PSPCs) are
widely used for liquid-liquid extraction processes in nuclear fuel cycle. In this study …
widely used for liquid-liquid extraction processes in nuclear fuel cycle. In this study …
Numerical Insights from a Population Balance Model into the Distribution of Bitumen Residues in Industrial Horizontal Pipes During the Hydrotransport of Oil Sands …
Pipeline transportation is a vital method for conveying crushed oil sand ores and tailings in
the oil sands industry. This study focuses on enhancing economic benefits by exploring the …
the oil sands industry. This study focuses on enhancing economic benefits by exploring the …
Single-Phase Flow Studies Using Radioactive Particle Tracking in an Air-Pulsed Column Having a Novel Plate Internal
The transport processes in liquid–liquid extraction pulsed columns are significantly
influenced by the localized flow field in the column. The localized flow field refers to the local …
influenced by the localized flow field in the column. The localized flow field refers to the local …
Effect of operating and geometric parameters on dispersed phase holdup in pulsed disc and doughnut and pulsed sieve plate columns: a comparative study
A detailed experimental study is performed to understand the effects of different operating
and geometrical parameters on dispersed phase holdup in Pulsed Disc and Doughnut …
and geometrical parameters on dispersed phase holdup in Pulsed Disc and Doughnut …
CFD-PB studies on effect of internals on specific interfacial area in a pulsed sieve plate columns
A CFD model coupled with population balance equations is developed to systematically
study the effects of column internals on specific interfacial area generated in a pulsed sieve …
study the effects of column internals on specific interfacial area generated in a pulsed sieve …
CFD modeling of pulsed disc and doughnut column: prediction of axial dispersion in pulsatile liquid–liquid two-phase flow
Numerical simulations of liquid–liquid counter-current two-phase flow in pulsed disc and
doughnut columns (PDDCs) are performed. The simulation methodology comprises two …
doughnut columns (PDDCs) are performed. The simulation methodology comprises two …
Two-phase CFD modeling of pulsed disc and doughnut column: Prediction of dispersed phase holdup
CFD simulations of Pulsed Disc and Doughnut Columns (PDDCs), which are used in solvent
extraction based separation processes, are preformed to predict dispersed phase holdup in …
extraction based separation processes, are preformed to predict dispersed phase holdup in …
Regime transition and holdup in pulsed sieve-plate and pulsed disc-and-doughnut columns: a comparative study
This study reports a detailed comparison of dispersed-phase holdup and onset of different
operating regimes in PSPC (pulsed sieve-plate column) and PDDC (pulsed disc-and …
operating regimes in PSPC (pulsed sieve-plate column) and PDDC (pulsed disc-and …