HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS
The widespread expansion of hollow fiber membrane system in industrial gas separation as compared to the traditional techniques is attributed to its environmental advantage as a green technology. The performance of the hollow fiber membrane module has been described by different mathematical mode...
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2014
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my-utp-utpedia.211682021-09-16T00:37:48Z http://utpedia.utp.edu.my/21168/ HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS SOW MUN, SERENE LOCK TP Chemical technology The widespread expansion of hollow fiber membrane system in industrial gas separation as compared to the traditional techniques is attributed to its environmental advantage as a green technology. The performance of the hollow fiber membrane module has been described by different mathematical models considering that it is an indispensable tool to assist in the design, scale up and optimization of industrial membrane processes. However, there is limited work done in the field of process simulation, whereby mathematical models can be incorporated within commercial process simulators to link the membrane unit with other available unit operations. In addition, the available hollow fiber mathematical models are usually based on ideal binary assumption. Moreover, although commercial hollow fiber membrane modules for gas separation are classified into different flow configurations, most of the mathematical models are confined to merely study of one flow pattern. 2014-02 Thesis NonPeerReviewed application/pdf en http://utpedia.utp.edu.my/21168/1/2014-CHEMICAL-HOLLOW%20FIBER%20MEMBRANE%20MODULE%20FOR%20MULTI-COMPONENT%20GAS%20SEPARATION-MODELING%2CSIMULATION%20AND%20PROCESS%20ECONOMICS-SERENE%20LOCK%20SOW%20MUN.pdf SOW MUN, SERENE LOCK (2014) HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS. Masters thesis, Universiti Teknologi PETRONAS. |
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TP Chemical technology SOW MUN, SERENE LOCK HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
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The widespread expansion of hollow fiber membrane system in industrial gas
separation as compared to the traditional techniques is attributed to its environmental
advantage as a green technology. The performance of the hollow fiber membrane
module has been described by different mathematical models considering that it is an
indispensable tool to assist in the design, scale up and optimization of industrial
membrane processes. However, there is limited work done in the field of process
simulation, whereby mathematical models can be incorporated within commercial
process simulators to link the membrane unit with other available unit operations. In
addition, the available hollow fiber mathematical models are usually based on ideal
binary assumption. Moreover, although commercial hollow fiber membrane modules
for gas separation are classified into different flow configurations, most of the
mathematical models are confined to merely study of one flow pattern. |
format |
Thesis |
author |
SOW MUN, SERENE LOCK |
author_facet |
SOW MUN, SERENE LOCK |
author_sort |
SOW MUN, SERENE LOCK |
title |
HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS
SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
title_short |
HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS
SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
title_full |
HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS
SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
title_fullStr |
HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS
SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
title_full_unstemmed |
HOLLOW FIBER MEMBRANE MODULE FOR MULTI-COMPONENT GAS
SEPARATION: MODELING, SIMULATION AND PROCESS ECONOMICS |
title_sort |
hollow fiber membrane module for multi-component gas
separation: modeling, simulation and process economics |
publishDate |
2014 |
url |
http://utpedia.utp.edu.my/21168/1/2014-CHEMICAL-HOLLOW%20FIBER%20MEMBRANE%20MODULE%20FOR%20MULTI-COMPONENT%20GAS%20SEPARATION-MODELING%2CSIMULATION%20AND%20PROCESS%20ECONOMICS-SERENE%20LOCK%20SOW%20MUN.pdf http://utpedia.utp.edu.my/21168/ |
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1739832842072883200 |
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13.15806 |