Multiphase Reactors Reaction Engineering Concepts, Selection, and Industrial Applications

This Multiphase Reactors book is about fundamentals, selection, design, development (scale-up) and applications of two- and three-phase reactors. It is a graduate textbook focused on creating understanding of the fundamentals, as much as possible without resorting to mathematics. It also is full of...

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Bibliographic Details
Main Authors Harmsen, Jan, Bos, René
Format eBook
LanguageEnglish
Published Germany De Gruyter 2023
Walter de Gruyter GmbH
Edition1
SeriesDe Gruyter Textbook
Subjects
Ceramics & Ceramic Engineering
Chemical and related technologies
Chemical Engineering
Chemical Reaction Engineering
Chemical Technology
Chemieingeniurwesen
Chemische Technik
Heat Transfer
Manufacture & Processing
Mass Transfer
Process Engineering
Reactor Selection
Residence-Time Distribution
Scale-up
Technology & Engineering / Chemical & Biochemical
Three-Phase Reactors
Verfahrenstechnik
Mass Transfer
Chemical Reaction Engineering
Process Engineering
Three-Phase Reactors
Heat Transfer
Chemical Engineering
Chemical Technology
Residence-Time Distribution
Reactor Selection
Scale-up
Online AccessGet full text

Cover

Table of Contents:
  • Title Page Preface Table of Contents 1. Introduction 2. Overview of Multiphase Reactors 3. Scale-Independent Basics Relevant for All Reactors 4. Residence Time Distribution and Mixing Theory 5. Inter- and Intraphase Mass and Heat Transfer 6. Quantification of Mass Transfer in G-L(-S) Reactors 7. Heat Management 8. Multiphase Reactor Modeling 9. Stage-Gate Innovation Methods 10. Multiphase Reactor Selection 11. New Reaction Systems through All Innovation Stages 12. Education Guidelines 13. Industrial Cases 14. Education Case Study: Polyolefin CRE and Scale-up Index
  • Intro -- Contents -- Preface -- About the authors -- Part A: Multiphase reactors: chemical reaction engineering -- 1 Introduction -- 2 Overview of multiphase reactors -- Part B: Fundamentals -- 3 Scale-independent basics relevant for all reactors -- 4 Residence time distribution and mixing theory -- 5 Inter- and intraphase mass and heat transfer -- 6 Quantification of mass transfer in G-L(-S) reactors -- 7 Heat management -- 8 Multiphase reactor modeling -- Part C: Stage-gate innovation methods -- 9 Stage-gate innovation methods -- 10 Multiphase reactor selection -- 11 New reaction systems through all innovation stages -- Part D: Education -- 12 Education guidelines -- 13 Industrial cases -- 14 Education case study: polyolefin CRE and scale-up -- Index
  • Part D: Education --
  • Contents --
  • 2 Overview of multiphase reactors --
  • Preface --
  • About the authors --
  • 10 Multiphase reactor selection --
  • Index
  • 7 Heat management --
  • 1 Introduction --
  • 11 New reaction systems through all innovation stages --
  • Part B: Fundamentals --
  • 5 Inter- and intraphase mass and heat transfer --
  • 14 Education case study: polyolefin CRE and scale-up --
  • 12 Education guidelines --
  • 4 Residence time distribution and mixing theory --
  • Part A: Multiphase reactors: chemical reaction engineering --
  • Frontmatter --
  • 9 Stage-gate innovation methods --
  • 8 Multiphase reactor modeling --
  • 13 Industrial cases --
  • Part C: Stage-gate innovation methods --
  • 3 Scale-independent basics relevant for all reactors --
  • 6 Quantification of mass transfer in G-L(-S) reactors --