Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column

The operation and performance of Bubble Column Reactors (BCR) rely heavily on gas injection geometry and its operation since all other hydrodynamic parameters such as gas void fraction, bubble properties, mass transfer, liquid velocity and so on depend on the gas injection. In this study, the bubbly...

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Main Author:	Ahmad Salam, Farooqi
Format:	Thesis
Language:	English
Published:	2017
Subjects:	TP Chemical technology
Online Access:	http://ir.unimas.my/id/eprint/21010/1/Ahmad%20Salam%20Farooqi%20ft.pdf
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id	my-unimas-ir.21010
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spelling	my-unimas-ir.210102023-03-08T04:14:34Z Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column 2017 Ahmad Salam, Farooqi TP Chemical technology The operation and performance of Bubble Column Reactors (BCR) rely heavily on gas injection geometry and its operation since all other hydrodynamic parameters such as gas void fraction, bubble properties, mass transfer, liquid velocity and so on depend on the gas injection. In this study, the bubbly flow rig has been designed and fabricated to find out the optimum design for bubble injection mechanism delivering swirl bubble motion in gas liquid flows. Different configurations of open channels have been designed for momentum dissipation to inhibit the rotary liquid motion and to facilitate the swirl movement for bubbles in the stationary liquid. The swirl motion can have a stronger effect on the hydrodynamics and the performance of bubbly reactors than the conventional bubbly flow. In this study a Particle Image Velocimetry (PIV) technique has been applied on single as well as two phases for a system with water and air as the working fluids, sucessfully. unimas 2017 Thesis http://ir.unimas.my/id/eprint/21010/ http://ir.unimas.my/id/eprint/21010/1/Ahmad%20Salam%20Farooqi%20ft.pdf text en validuser masters UNIMAS
institution	Universiti Malaysia Sarawak
collection	UNIMAS Institutional Repository
language	English
topic	TP Chemical technology
spellingShingle	TP Chemical technology Ahmad Salam, Farooqi Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
description	The operation and performance of Bubble Column Reactors (BCR) rely heavily on gas injection geometry and its operation since all other hydrodynamic parameters such as gas void fraction, bubble properties, mass transfer, liquid velocity and so on depend on the gas injection. In this study, the bubbly flow rig has been designed and fabricated to find out the optimum design for bubble injection mechanism delivering swirl bubble motion in gas liquid flows. Different configurations of open channels have been designed for momentum dissipation to inhibit the rotary liquid motion and to facilitate the swirl movement for bubbles in the stationary liquid. The swirl motion can have a stronger effect on the hydrodynamics and the performance of bubbly reactors than the conventional bubbly flow. In this study a Particle Image Velocimetry (PIV) technique has been applied on single as well as two phases for a system with water and air as the working fluids, sucessfully.
format	Thesis
qualification_level	Master's degree
author	Ahmad Salam, Farooqi
author_facet	Ahmad Salam, Farooqi
author_sort	Ahmad Salam, Farooqi
title	Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
title_short	Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
title_full	Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
title_fullStr	Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
title_full_unstemmed	Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column
title_sort	development of novel liquid momentum dissipation system in swirl bubbly flow column
granting_institution	UNIMAS
publishDate	2017
url	http://ir.unimas.my/id/eprint/21010/1/Ahmad%20Salam%20Farooqi%20ft.pdf
_version_	1783728219900346368

Development of Novel Liquid Momentum Dissipation System in Swirl Bubbly Flow Column

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