Heat Transfer Enhancement in Chemical Processes

Cover image
Title page
Table of Contents
Copyright
About the author
Preface
Acknowledgments
Chapter 1 Introduction
Abstract
1.1 Significance of heat transfer enhancement
1.2 Progresses in heat transfer enhancement technology
1.3 Engineering application of heat transfer enhancement
1.4 Heat transfer enhancement of the whole plant
References
Chapter 2 Basic principles and method of heat transfer enhancement
Abstract
2.1 Basic principles of heat transfer enhancement
2.2 Heat transfer enhancement technology
2.3 Commonly used enhanced heat transfer elements and equipment
2.4 Heat transfer network synthesis technology
References
Chapter 3 Heat transfer enhancement in typical oil refining units
Abstract
3.1 Crude oil distillation unit
3.2 Catalytic cracking unit
3.3 Hydrocracking unit
3.4 Hydrotreating unit
3.5 Heavy oil hydrotreating unit
3.6 Hydrogen production unit
3.7 Delayed coking unit
3.8 Adsorption desulfurization unit for catalytic cracking gasoline
3.9 Alkylation unit
References
Chapter 4 Heat transfer enhancement in a typical aromatic complex
Abstract
4.1 Naphtha hydrotreating and catalytic reforming unit
4.2 Aromatics extraction unit
4.3 Disproportionation unit
4.4 Xylene isomerization unit
4.5 Paraxylene separation and xylene fractionation unit
References
Chapter 5 Heat transfer enhancement in typical ethylene plants and downstream units
Abstract
5.1 Steam cracking
5.2 Ethylene separation
5.3 Ethylene oxide/ethylene glycol unit
5.4 Propylene oxide unit
5.5 Styrene unit
5.6 C5 separation unit
5.7 Butyl rubber unit
References
Chapter 6 Heat transfer enhancement and overall plant energy saving
Abstract
6.1 Innovative methodology for systematic energy saving
6.2 Global heat integration optimization design
6.3 Typical cases of heat transfer enhancement across the plant
References
Index