Hollow Fiber Membrane Module for Gas Separation - Ahmad, Faizan;Kok Keong, Lau;Mohd. Shariff, Azmi
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The potential of membrane technology for the effective separation of carbon dioxide from methane has attracted significant attention over the past decades. Hollow fiber module is the most employed membrane module for gas separation industries with more than 80 percent of market share. In this book, an experimentally validated non-ideal model has been developed and integrated in a process simulator for hollow fiber membrane module, which can be used to evaluate the separation performance and economics of the system. This work was carried out as a part of PhD at Chemical Engineering Department,…mehr

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Produktbeschreibung
The potential of membrane technology for the effective separation of carbon dioxide from methane has attracted significant attention over the past decades. Hollow fiber module is the most employed membrane module for gas separation industries with more than 80 percent of market share. In this book, an experimentally validated non-ideal model has been developed and integrated in a process simulator for hollow fiber membrane module, which can be used to evaluate the separation performance and economics of the system. This work was carried out as a part of PhD at Chemical Engineering Department, Universiti Teknologi PETRONAS. This book serves as reference material for students, researchers and engineers working in the field of membrane technology and gas separation.
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Autorenporträt
Naseem A Khan is associate professor in Chemical engineering department AMU. His thrust area is Heat Transfer and CAD. Faizan Ahmad completed his B.Tech/M.Tech from (AMU). He is currently working as Research Assistant in the department of Petroleum studies AMU. His area of special interest lies in Heat Transfer,he is presently working on Shale gas.