This Book is intended as a textbook on Mass Transfer for Graduate students and for practicing chemical engineers, as well as academic persons working in the field of Mass Transfer and related areas. The topics of the book are arranged so as to start from fundamental aspects of the phenomena and then systematically and in a step-by-step way proceed to detailed applications, with due consideration of real seperation problems.
Read More
Specifications
Book Details
Publication Year
2017 June
Book Type
Reference Textbook
Table of Contents
1. Crystallization, 2. Equilibrium Stage Processes, 3. Distillation, 4. Liquid-Liquid Extraction and Leaching Operations, 5. Absorption and Ion Exchange, 6. Membrane Separation Processes, 7. Mass Transfer with Chemical Reactions. Appendix A: Rules of Thumb in Chemical Engineering, Appendix B: Distillation Model, Appendix C: Problem Solving Techniques, Appendix D: Distillation Operations : All in One Guide, Appendix F : Flash Distillations : Design Considerations and Appendix G : Underwood's Equations for Multicompetent Distillation Column Design.
Contributors
Author Info
Professor in Chemical Engineering
University Books Details
Stream
Chemical Engineering, Biotechnology, Polymer, Petroleum and Petrochemical Engineering
Degree/Diploma
BE (Chemical), B Tech (Petroleum Engineering), B Tech (Polymer Engineering), BE Hons., B Tech (Petrochemical Engineering), BE Hons. (Chemical), B Tech (Chemical), BE (Biotechnology), BE (Polymer Engineering), B Tech, BSc (Biotechnology), BSc, BE, B Tech (Biotechnology)
Specialization
Chemical Engineering, Biotechnology, Petroleum Engineering, Petrochemical Engineering, Polymer Engineering