Advanced Distillation Technologies

Design, Control and Applications

AvAnton A. Kiss

Inbunden, Engelska, 2026

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Produktinformation

Utgivningsdatum:2026-12-31
Format:Inbunden
Språk:Engelska
Antal sidor:448
Upplaga:2
Förlag:John Wiley & Sons Inc
ISBN:9781394297658

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Innehållsförteckning

1 Fundamentals of distillation1.1 Introduction1.2 Thermodynamic analysis1.3 Physical property methods1.4 Vapor liquid equilibrium fundamentals1.5 Ternary diagrams and residue curve maps1.6 Continuous distillation1.7 Batch distillation1.8 Concluding remarks2 Design and control of distillation2.1 Introduction2.2 Design principles for distillation2.3 Control principles for distillation2.4 Data-driven design and control2.5 Design and control of intensified distillation processes2.6 Concluding remarks3 Economic and sustainability assessment3.1 Introduction3.2 Equipment sizing3.3 Materials of construction3.4 Economic evaluation3.5 Sustainability assessment3.6 Concluding remarks4 Azeotropic fluid separations4.1 Introduction4.2 Residue curve map4.3 Azeotropic distillation4.4 Extractive distillation4.5 Pressure-swing distillation4.6 Case study: DMC-Methanol separation4.7 Concluding remarks5 Reactive distillation5.1 Introduction5.2 Process synthesis, design and control5.3 Process modeling5.4 Equipment and configurations5.5 Applications of reactive distillation5.6 Feasibility and technical evaluation5.7 Advanced RD technologies5.8 Case studies5.9 Concluding remarks6 Dividing-wall column6.1 Introduction6.2 DWC configurations6.3 DWC equipment6.4 Design of dividing-wall columns6.5 Modeling and simulation of DWC6.6 Process dynamics and control of DWC6.7 DWC applications6.8 Concluding remarks7 Heat pump assisted distillation7.1 Introduction7.2 Distillation as a heat engine7.3 Working principle of heat pumps7.4 Efficiency and performance7.5 Heat sources and sinks7.6 Heat pump applications and types7.7 Feasibility of heat pump assisted distillation7.8 Technology selection scheme7.9 Case studies7.10 Concluding remarks8 Heat-integrated distillation column8.1 Introduction8.2 Working principles8.3 Thermodynamic analysis8.4 Potential energy savings8.5 Modeling and simulation8.6 Process design and optimization8.7 HIDiC construction options8.8 Process dynamics, control and operation8.9 HIDiC applications and case studies8.10 Concluding remarks9 Cyclic distillation9.1 Introduction9.2 Cyclic operation modes9.3 Equipment for cyclic distillation9.4 Hydrodynamics of cyclic distillation9.5 Modeling and simulation9.6 Design algorithms for cyclic distillation9.7 Comparison between conventional and cyclic distillation9.8 Process control and optimization of cyclic distillation9.9 Industrial applications9.10 Concluding remarks10 High-gravity distillation10.1 Introduction10.2 Working principles10.3 HiGee equipment10.4 Equipment design for high-gravity distillation processes10.5 Modeling and simulation10.6 Process synthesis, design and control10.7 Industrial applications10.8 Challenges for high-gravity (reactive) distillation10.9 Concluding remarks11 Membrane-based distillation11.1 Introduction11.2 Membrane distillation11.3 Osmotic distillation11.4 Pervaporation11.5 Membrane assisted distillation11.6 Concluding remarks12 Special distillation processes12.1 Introduction12.2 Reversible fluid separation (RevSep)12.3 Short-path / molecular distillation12.4 Pass-through distillation12.5 Solar distillation12.6 Microwave assisted distillation12.7 Ultrasound assisted distillation12.8 Ohmic-assisted hydro-distillation12.9 Emerging and future distillation technologies12.10 Concluding remarksReferences