Pressure Driven Membrane Processes: Modeling and Analysis
( Chemical Engineering Methods and Technology )
Publication series ：Chemical Engineering Methods and Technology
Author： Sergey P. Agashichev (National Energy and Water Research Center Abu Dhabi United Arab Emirates)
Publisher： Nova Science Publishers, Inc.
Publication year： 2013
E-ISBN: 9781619426030
Subject： TQ028.8 Novel separation
Keyword： Chemical Engineering
Language： ENG
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Description
Membrane technology being low-energy consuming and environmentally friendly is considered to be a new generation of the sustainable processes. Diversification of the spectrum of their applications in particular for processing aggressive fluids at elevated temperature; for separation of liquids with shear- dependent behaviour etc. require further development of the pressure driven membrane processes such as reverse osmosis, nanofiltration, ultrafiltration and microfiltration. Implementation of these processes are often hampered by existing techniques of process calculation and design, therefore this book focuses on modeling, development of the process- type calculations and analysis of the pressure driven membrane operations.