Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column

An exclusive study has been done on experimental investigation of the two-phase flowpressure drop in an air-non-Newtonian liquid (CMC solutions) system in bubble column.The effects of gas and liquid flow rate on two-phase pressure drop have been illustrated.Experiments in a 0.2-m diameter, 2.4-m-hig...

Full description

Bibliographic Details
Main Author: Ali H. Jawad
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2009-05-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_35665_2b4887741669e1cc9e018e1cbc53c98f.pdf
_version_ 1797325226748411904
author Ali H. Jawad
author_facet Ali H. Jawad
author_sort Ali H. Jawad
collection DOAJ
description An exclusive study has been done on experimental investigation of the two-phase flowpressure drop in an air-non-Newtonian liquid (CMC solutions) system in bubble column.The effects of gas and liquid flow rate on two-phase pressure drop have been illustrated.Experiments in a 0.2-m diameter, 2.4-m-high bubble column were carried out to determinethe pressure drop. At the selected superficial velocities, two flow regimes were observed:heterogeneous bubbling flow and heterogeneous churn turbulent flow, they were identifiedthrough the slope changes in the plots of pressure drop and gas holdup. The pressure dropdid not seem to be affected by the superficial liquid velocity and it was increased as thesuperficial gas velocity decreased or the CMC concentrations increased.
first_indexed 2024-03-08T06:06:32Z
format Article
id doaj.art-5dc696a6d59146eeab8f15cf502b84a4
institution Directory Open Access Journal
issn 1681-6900
2412-0758
language English
last_indexed 2024-03-08T06:06:32Z
publishDate 2009-05-01
publisher Unviversity of Technology- Iraq
record_format Article
series Engineering and Technology Journal
spelling doaj.art-5dc696a6d59146eeab8f15cf502b84a42024-02-04T17:49:20ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582009-05-012771336135010.30684/etj.27.7.1035665Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble ColumnAli H. JawadAn exclusive study has been done on experimental investigation of the two-phase flowpressure drop in an air-non-Newtonian liquid (CMC solutions) system in bubble column.The effects of gas and liquid flow rate on two-phase pressure drop have been illustrated.Experiments in a 0.2-m diameter, 2.4-m-high bubble column were carried out to determinethe pressure drop. At the selected superficial velocities, two flow regimes were observed:heterogeneous bubbling flow and heterogeneous churn turbulent flow, they were identifiedthrough the slope changes in the plots of pressure drop and gas holdup. The pressure dropdid not seem to be affected by the superficial liquid velocity and it was increased as thesuperficial gas velocity decreased or the CMC concentrations increased.https://etj.uotechnology.edu.iq/article_35665_2b4887741669e1cc9e018e1cbc53c98f.pdfnonnewtonian fluidsbubble columnshydrodynamicspressure drop
spellingShingle Ali H. Jawad
Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
Engineering and Technology Journal
non
newtonian fluids
bubble columns
hydrodynamics
pressure drop
title Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
title_full Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
title_fullStr Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
title_full_unstemmed Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
title_short Studies Pressure Drop of gas-Non-Newtonian Liquid Two Phase Flow in Bubble Column
title_sort studies pressure drop of gas non newtonian liquid two phase flow in bubble column
topic non
newtonian fluids
bubble columns
hydrodynamics
pressure drop
url https://etj.uotechnology.edu.iq/article_35665_2b4887741669e1cc9e018e1cbc53c98f.pdf
work_keys_str_mv AT alihjawad studiespressuredropofgasnonnewtonianliquidtwophaseflowinbubblecolumn