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Engineering Factors for Efficient Flow Processes in Chemical Industries | p. 1 |
Introduction | p. 1 |
Heterogeneous Catalytic Flow Processes in the Petrochemical Industry: A Brief Overview | p. 5 |
Gas-solid and Liquid-solid Catalytic and Non-catalytic Continuous Processes | p. 5 |
Two-phase Gas-liquid Continuous Industrial Reactors | p. 6 |
Three-phase Catalytic Reactors | p. 9 |
Scale-up of Conventional Continuous Reactors | p. 16 |
Process Intensification: An Overview | p. 18 |
Process-intensifying Equipment | p. 19 |
Process-intensifying Methods | p. 21 |
Multifunctional Reactors | p. 21 |
Membrane Reactors | p. 23 |
Spinning Disk Reactor | p. 23 |
Engineering of Multifunctional, Micro- and Compact Reactors | p. 24 |
p. 24 | |
Principles of Multiphase Contacting in Micro-and Compact Reactors | p. 26 |
Heterogeneous Catalyst Design for Micro- and Compact Reactors | p. 28 |
Fabrication of Micro- and Compact Reactors | p. 30 |
Scale-up of Micro- and Compact Reactors | p. 32 |
Blockage of Microreactors | p. 33 |
Flow Distribution in Multiple Parallel Channels | p. 34 |
Concluding Remarks | p. 35 |
Symbols/Nomenclature | p. 36 |
References | p. 37 |
Flow Processes Using Polymer-supported Reagents, Scavengers and Catalysts | p. 44 |
Introduction | p. 44 |
Flow Processes with Use of Bead-type Resins | p. 50 |
Use of Gel-type Beads | p. 50 |
Use of Macroporous Beads | p. 55 |
Flow Processes with Use of Polymeric Monoliths | p. 58 |
General Remarks | p. 58 |
Monolithic Reagents and Scavengers | p. 59 |
Monolithic Non-chiral Catalysts | p. 62 |
Monolithic Chiral Catalysts | p. 64 |
Functionalised Polymers and Potential for Industrial Applications under Flow Conditions | p. 70 |
Scaling-up with Polymer-supported Systems | p. 70 |
Use of Ion Exchange Resins as Catalysts for Flow Processes | p. 70 |
Ongoing Developments and Future Prospective | p. 72 |
Multistage Flow Synthesis with Use of Coupled Columns Packed with Different Functionalised Polymers | p. 72 |
Flow Processes Involving Functionalised Polymers and Microwave Irradiation | p. 74 |
Flow Processes Involving Functionalised Polymers and Supercritical Fluids | p. 76 |
Polymer-supported Biocatalysts under Flow Conditions | p. 77 |
Miscellaneous Approaches | p. 77 |
References | p. 79 |
Zeolites and Related Materials for Developing Continuous Flow Systems | p. 86 |
Introduction | p. 86 |
Zeolites and Zeotypes: Outstanding Inorganic Materials for Heterogeneous Processes in Chemistry | p. 87 |
Current Industrial Applications of Zeolites and Related Materials | p. 90 |
Zeolites in Refining and Petrochemical Processes | p. 90 |
Current Applications in the Fine Chemicals Industry | p. 103 |
From Laboratory-scale to Production: Petrochemicals and Fine Chemicals | p. 111 |
Future and Industrial Perspectives | p. 113 |
References | p. 113 |
Microfluidic Devices for Organic Processes | p. 118 |
Microreactors and Microfluidic Devices: Concepts and Definitions | p. 118 |
Main Advantages of Microfluidic Devices | p. 119 |
Scale-up of Microflow Reactions | p. 120 |
Liquid-Liquid Reactions | p. 122 |
Photochemical Reactions | p. 122 |
Heterocycle Synthesis | p. 124 |
Synthesis of Bio-oligomers | p. 126 |
Multistep Reactions | p. 127 |
Free Radical Reactions | p. 129 |
Reactions Involving Hazardous Materials and Unstable Intermediates | p. 130 |
Biphasic Liquid-Liquid Reactions | p. 134 |
Liquid-Gas Reactions | p. 136 |
Oxidation with Ozone | p. 136 |
Singlet Oxygen Oxidation | p. 136 |
Fluorination | p. 137 |
Chlorination | p. 138 |
Cross-coupling Reactions | p. 138 |
Liquid-Gas-Solid Reactions | p. 140 |
Hydrogenation | p. 140 |
Reductive Amination | p. 141 |
Aminocarbonylation | p. 141 |
Alcohol Oxidation | p. 143 |
Solid Supports and Monolith-bound Reagents in Continuous Flow | p. 144 |
Solid-supported Reagents | p. 144 |
Solid-supported Catalysts | p. 150 |
Industrial Uses and Perspectives | p. 153 |
References | p. 157 |
Flow Processes in Non-Conventional Media | p. 163 |
The Need for Alternative Solvents in Flow Catalysis | p. 163 |
Homogeneous vs. Heterogeneous Catalysis | p. 163 |
Continuous Flow Processing using Homogeneous Catalysis | p. 165 |
The Use of Solvents | p. 167 |
Traditional Solvents vs. Non-conventional Solvents | p. 168 |
Ionic Liquids | p. 168 |
The concept of Ionic Liquids | p. 168 |
Continuous Flow Catalysis using Ionic Liquids | p. 170 |
Supercritical Fluids | p. 179 |
Supercritical Fluids for Product Separation in Homogeneous Catalysis | p. 181 |
Recycling CO2 | p. 188 |
Final Remarks | p. 190 |
References | p. 191 |
Subject Index | p. 196 |
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