Covered here are the various aspects of pervaporation: theory and principles, separation characteristics, sorption and diffusion, thermodynamics and evaluation of polymer materials for membranes, as well as plant design and optimization. The book also includes interesting new material on the synthesis of novel copolymer membranes with very high separation potential and future implications for the pervaporation separation of biological systems and its applications in the exciting field of biochemical engineering. Special attention is paid to industrial research and applications of pervaporation membranes and plant operations involving new pervaporation processes. The book also includes a chapter dealing with the development of vapour permeation for industrial applications, which is a new variant of liquid pervaporation processes.
Covered here are the various aspects of pervaporation: theory and principles, separation characteristics, sorption and diffusion, thermodynamics and evaluation of polymer materials for membranes, as well as plant design and optimization. The book also includes interesting new material on the synthesis of novel copolymer membranes with very high separation potential and future implications for the pervaporation separation of biological systems and its applications in the exciting field of biochemical engineering. Special attention is paid to industrial research and applications of pervaporation membranes and plant operations involving new pervaporation processes. The book also includes a chapter dealing with the development of vapour permeation for industrial applications, which is a new variant of liquid pervaporation processes.
Reihe
Sprache
Verlagsort
Verlagsgruppe
Elsevier Science & Technology
Zielgruppe
Für höhere Schule und Studium
Für Beruf und Forschung
Illustrationen
Maße
ISBN-13
978-0-444-88227-1 (9780444882271)
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Schweitzer Klassifikation
1. Introduction to Pervaporation (J. Neel). 2. Separation Characteristics of Pervaporation Membrane Separation Processes (R.Y.M. Huang, J.W. Rhim). 3. Engineering Aspects of Pervaporation: Calculation of Transport Resistances, Module Optimization and Plant Design (R. Rautenbach, C. Herion and U. Meyer-Blumenroth). 4. Thermodynamic Principles of Pervaporation (M.H.V. Mulder). 5. Estimation and Evaluation of Polymeric Materials for Pervaporation Membranes (G.H. Koops and C.A. Smolders). 6. Sorption and Diffusion in Pervaporation Membranes (A. Heintz, H. Funke and R.N. Lichtenhaler). 7. Synthesis of Novel Copolymer Membranes for Pervaporation (T. Shimidzu and M. Yoshikawa). 8. Pervaporation in Biotechnology (H. Strathmann and W. Gudernatsch). 9. Recent Progress in Pervaporation Membranes for Water/Ethanol Separation (Y. Maeda and M. Kai). 10. Selective Pervaporation of Organics from Water (K.W. Boddeker and G. Bengtson). 11. Plasma Grafted Pervaporation Membranes (T. Hirotsu). 12. Pervaporation Membrane Plant. Industrial Experience and Plant Design in Japan (T. Asada). 13. Development of Vapour Permeation for Industrial Application (U.H.F. Sander). Subject index.
