Chemical Engineering

Hydrodynamics and Mass Transfer in Downflow Slurry Bubble Columns
Subrata Kumar Majumder, PhD

Hydrodynamics and Mass Transfer in Downflow Slurry Bubble Columns

In production
Pub Date: April, 2018
Hardback Price: $149.95 US
Hard ISBN: 9781771886734
E-Book ISBN: 9781351249867
Pages: Approx 250p w/Index
Binding Type: hardback
Notes: 3 color and 32 b/w illustrations

Slurry bubble column reactors are intensively used as a multiphase reactor in the chemical, biochemical, and petrochemical industries for carrying out reactions and mass transfer operations in which a gas, made up of one or several reactive components, comes into contact or reacts with a liquid. This new volume, Hydrodynamics and Mass Transfer in Downflow Slurry Bubble Columns, describes the hydrodynamics of three-phase gas-liquid-solid flow in a downflow slurry bubble column. The efficiency of the downflow gas interacting system is characterized by the self-entrainment of secondary gas. The book covers the gas entrainment phenomena, gas holdup characteristics, pressure drop, gas-liquid mixing characteristics, bubble size distribution, interfacial phenomena, and the mass transfer phenomena in the downflow slurry system. Gas holdup has been analyzed by different models. A model for pressure drop in the system based on mechanical energy balance within the framework of dynamic interaction of the phases has been formulated and described. The model includes the effect of bubble formation and form drag at interface on the pressure drop. Interpretation of mixing behavior has been done by velocity distribution model. The mass transfer phenomena have been enunciated by correlation model within the framework of experimental results. Correlations were also developed to predict the gas entrainment, gas holdup, two-phase friction factor, Sauter mean bubble diameter and specific interfacial area in terms of physical, geometric and dynamic variables of the system. The experimental results of the downward slurry system were compared with other systems and the overall performance of the gas interacting downflow slurry bubble column system has been found to be highly encouraging as a gas-slurry contactor.

This volume will be useful in chemical and biochemical industries, industrial research and development sectors, as well as in advanced education courses in this area. The book will be helpful for further understanding the multiphase behavior in gas interacting multiphase system for research and development. The hydrodynamic and mass transfer characteristics discussed will be useful in the design and installation of the modified slurry bubble column in industry for specific applications.

Key features:

  • Addresses the interest in applications of gas interacting downflow slurry bubble column reactor (GIDSBCR) for process intensifications of chemical and biochemical industries
  • Discusses the advantages of GIDSBCR
  • Illustrations the characteristics of GIDSBCR, including those associated with gas entrainment, gas holdup and pressure drop, mixing characteristics of phases, mass transfer, and bubble size distribution and bubble-liquid interracial area

CONTENTS:
Preface
1. Introduction

2. Gas Distribution

3. Gas Holdup Characteristics

4. Frictional Pressure Drop

5. Bubble Size Distribution

6. Dispersion Phenomena

7. Mass Transfer Phenomena in Downflow Gas Interacting Slurry Reactor (DGISR)

Index


About the Authors / Editors:
Subrata Kumar Majumder, PhD
Professor, Chemical Engineering Department, Indian Institute of Technology Guwahati, India

Subrata Kumar Majumder, PhD, is a Professor in the Chemical Engineering Department at the Indian Institute of Technology, Guwahati, India. His research interests include multiphase flow and reactor development, hydrodynamics in multiphase flow, mineral processing, and process intensification and micro-nano bubble science and technology and its applications. He is a recipient of several awards and serves on the editorial boards of several journals. He has authored five book chapters, has presented 27 conference papers, and has published 74 articles in several reputed refereed journals. He has carried out several sponsored and consultancy projects and has done international collaboration. Presently he is working in the field of microbubble science and technology and its applications in mineral beneficiation; removal of arsenic, ammonia, dye, phenolic and pharmaceutical derivatives; and process intensification by developing ejector induced gas-aided extraction process.




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