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Chemical process and equipment

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Chemical process and equipment of: Wujun Fei, Fu Ping, Li Qing led Publication date: 2013
Series items: Introduction to the series of textbooks for process equipment and control engineering majors · 12th Five-Year Plan textbook for general higher education · Introduction to the series of textbooks for process equipment and control engineering majors · 12th Five-Year Plan for general higher education And Equipment "mainly introduces the main types, transfer characteristics, characteristics, structures and how to select typical chemical process equipment used in different phase materials. In the homogeneous reactor, the tube reactor and the stirred tank reactor are mainly discussed; in the gas-solid phase catalytic reactor, the fixed-bed reactor and the fluidized-bed reactor are mainly discussed; in the gas-liquid phase In the reactor, plate column, packed column and bubble column reactors are mainly discussed; in gas-liquid-solid three-phase reactors, fixed-bed gas-liquid-solid three-phase reactors and suspended bed gas- Liquid-solid three-phase reactor; In addition, membrane reactors, biochemical reactors, electrochemical reactors, and polymerization reactors are also briefly introduced. "Process Equipment and Control Engineering Specialty Connotation Expansion Series Textbooks, General Higher Education" Twelfth Five-Year Plan "Textbooks: Chemical Processes and Equipment" can be used as textbooks for students of chemistry and chemical engineering in colleges and universities, and can also be used for engineering design of chemical processes , Production operations and enterprise management personnel reference.
Chapter 1 Introduction
1.1 Process industry and industrial chemical processes
1.1.1 Process Industry
1.1.2 Industrial Chemical Process
1.2 Chemical and physical processes in chemical process equipment
1.2.1 Chemical reaction process
1.2.2 Physical Process
1.3 Basic content of chemical process equipment design
1.4 Classification of process reaction equipment
1.4.1 Classification of process reaction equipment
1.4.2 Types of common process reaction equipment
1.4.3 New Chemical Reaction Equipment

Chapter 2 Homogeneous Reactor
2.1 Ideal flow model
2.1.1 The concept and significance of fluid mixing
2.1.2 Ideal Flow Model
2.2 Tube reactor
2.2.1 Design of tubular reactor
2.2.2 Types and characteristics of tubular reactors
2.2.3 Externally heated tubular reactor--cracking furnace
2.2.4 Regenerative reactor
2.2.5 Moving bed pebble reactor (pebble heater)
2.2.6 Flame Reactor
2.2.7 Heat exchanger tube reactor
2.2.8 Reactor with electric impedance heating
2.2.9 Static Mixer
2.2.1 0 Homogeneous Adiabatic Tube Reactor
2.3 Mechanical stirred tank reactor
2.3.1 Overall structure of the reactor
2.3.2 Reactor kettle size
2.3.3 Heat transfer device of reactor
2.3.4 Stirring device of reaction kettle
2.3.5 Reactor transmission
2.3.6 Shaft Sealing Device of Reactor

Chapter 3 Gas-Solid Phase Catalytic Reactor
3.1 Overview
3.1.1 Steps of the gas-solid phase catalytic reaction process
3.1.2 Commonly used experimental reactors
3.1.3 Type of gas-solid phase catalytic reactor
3.1.4 Selection of gas-solid phase reactor
3.2 Engineering design of solid catalyst
3.2.1 Performance requirements of the catalyst
3.2.2 Type of catalyst
3.2.3 Shape and size of catalyst particles
3.2.4 Physical properties of solid catalyst
3.2.5 Active component distribution and pore size distribution in catalyst particles
3.2.6 Catalyst deactivation
3.2.7 Preparation method of catalyst
3.3 Fixed-bed reactor
3.3.1 Overview of Fixed Bed Reactors
3.3.2 Hydrodynamics of fixed-bed reactors
3.3.3 Fluid mixing in fixed bed
3.3.4 Heat transfer in fixed beds
3.3.5 Adiabatic fixed bed reactor
3.3.6 Heat Exchanger Reactor
3.3.7 Design of Industrial Fixed Bed Reactor
3.4 fluidized bed reactor
3.4.1 Overview
3.4.2 Flow characteristics of fluidized bed
3.4.3 Bubble behavior in a gas-solid fluidized bed
3.4.4 Heat transfer
3.4.5 Form and structure of fluidized bed reactor
3.4.6 Design of Fluidized Bed Reactor
3.4.7 Solid-phase reaction
3.5 moving bed reactor

Chapter 4 Gas-Liquid Phase Reactor
4.1 Overview
4.1.1 Classification of gas-liquid phase reactors
4.1.2 Selection of gas-liquid reactor form
4.2 Plate tower reactor
4.2.1 Requirements and design content for plate tower equipment
4.2.2 Common plate tower types
4.2.3 Tray structure
4.3 Packed tower
4.3.1 Design content of packed tower
4.3.2 Filler
4.3.3 Structural design of packed tower
4.3.4 Tower accessories
4.3.5 Skirt
4.4 Bubble column reactor
4.4.1 Flow characteristics of bubble column
4.4.2 Bubbling
4.4.3 Factors Affecting Gas Holdup
4.4.4 Heat transfer in the bubble column
4.5 Bubbling stirred tank

Chapter 5 Other Chemical Reactors
5.1 Gas-liquid-solid three-phase reactor
5.1.1 Types of gas-liquid-solid three-phase reactor
5.1.2 Fixed-bed gas-liquid-solid three-phase reactor
5.1.3 Suspended bed gas-liquid-solid three-phase reactor
5.2 Membrane reactor
5.2.1 Metal film reactor
5.2.2 Porous inorganic membrane reactor
5.3 Biochemical reactor
5.4 Electrochemical reactor
5.4.1 Type of Yip Chemical Reactor
5.4.2 Important components of electrochemical reactors
5.5 Polymerization reactor
5.5.1 Types of polymerization reactors
5.5.2 Common Polymerization Reactor
5.5.3 References to Special Form Polymerization Reactors

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