Details

Liquid Separations with Membranes


Liquid Separations with Membranes

An Introduction to Barrier Interference
2nd ed. 2018

von: Karl W. Böddeker

96,29 €

Verlag: Springer
Format: PDF
Veröffentl.: 28.12.2018
ISBN/EAN: 9783319974514
Sprache: englisch

Dieses eBook enthält ein Wasserzeichen.

Beschreibungen

<p><p>This book presents a self-consistent approach to separations of liquids with membranes, contrasting equilibrium separations with the rate-controlling effects of barrier interference on mass transfer. Unlike equilibrium separations, which depend on the thermodynamic condition of the fluid mixtures alone, barrier separations additionally are subject to specific interactions of the mixture components with the barrier. While the thermodynamics of fluid mixtures is predictable and open to adjustment,&nbsp;barrier&nbsp;interference&nbsp;adds another dimension to the repertoire of separation&nbsp;effects. Exploiting barrier interference is the&nbsp;challenge of membrane separation science and technology. This&nbsp;book is about the principles behind.&nbsp;</p>

<p>This second edition incorporates the remarkable new developments especially in the field of hydrophobicity of surfaces and closely connected membrane distillation. Additionally, the new edition includes a chapter on Electrodialysis and its potential for energy efficient seawater desalination.</p><br></p>
An Introduction to Barrier Separation.- The Thermodynamic Connection.- Osmosis et cetera.- Membrane Filtration.- Pervaporation versus Evaporation.- What Membranes are About.- Tracing Membrane Science, an Historical Account.
<p>Karl W. Böddeker became Professor at Technical University Hamburg (TUHH) while he already was well known as an expert on desalination and pervaporation in the scientific community, both in EMS and NAMS. He retired from GKSS Research&nbsp;in 2005 but is still active as lecturer at TUHH. He served as an editor for the Journal of Membrane Science and still is an active editor for Membrane News, the quarterly newsletter of the European Membrane Society (EMS). <br></p>
<p><p>This book presents a self-consistent approach to separations of liquids with membranes, contrasting equilibrium separations with the rate-controlling effects of barrier interference on mass transfer. Unlike equilibrium separations, which depend on the thermodynamic condition of the fluid mixtures alone, barrier separations additionally are subject to specific interactions of the mixture components with the barrier. While the thermodynamics of fluid mixtures is predictable and open to adjustment,&nbsp;barrier&nbsp;interference&nbsp;adds another dimension to the repertoire of separation&nbsp;effects. Exploiting barrier interference is the&nbsp;challenge of membrane separation science and technology. This&nbsp;book is about the principles behind.&nbsp;</p>

<p>This second edition incorporates the remarkable new developments especially in the field of hydrophobicity of surfaces and closely connected membrane distillation. Additionally, the new edition includes a chapter on Electrodialysis and its potential for energy efficient seawater desalination.</p><br></p>
Exploits barrier interference as the challenge of membrane separation science and technology New Edition includes hydrophobicity of surfaces and electrodialysis as energy efficient seawater desalination process Provides expert knowledge as an survey, in systematic order, of the terms and concepts by which barrier separations operate, and through which practical membrane separation processes are designed
<p>Exploiting barrier interference is the challenge of membrane separation science and technology. This book provides expert knowledge as a survey, in systematic order, of the terms and concepts by which barrier separations operate, and through which practical membrane separation processes are designed. The aim of this book is to present the relevant thermodynamic features of fluid mixtures in contact with semipermeable barriers, then to apply this information in deriving the working principles and design requirements of individual membrane separation processes. The membranes, by this approach, are introduced by way of the mass transport and selectivity demands which they are to meet.</p>

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