New fluidization technologies and examples of operating data and process flow for fluidized bed selection and design

Thread Content

Author: Liu Sunhong Publisher: Chemical Industry Science and Technology Press Format: 16mo, hardcover, three volumes Publication date: April 2008 Market price: ¥798.00 Table of contents: “New Fluidization Technologies, Selection and Design Data for Fluidized Beds, and Practical Examples of Process Flow” Part I: Basics and Applications of Fluidization Technology Chapter 1: Basic Concepts of Fluidization Chapter 2: Development of Fluidization Technology Chapter 3: Classification Methods of Fluidization Chapter 4: Applications of Fluidization in Industry 1. Applications in Physical Processes 2. Applications in Petrochemical Processes 3. Applications in Combustion and Incineration Processes 4. Applications in Carbonization and Gasification Processes 5. Applications in Calcination and Roasting Processes 6. Biological Fluidization Chapter 5: Advantages and Disadvantages of Fluidization Technology Part II: Basic Components of Fluidization Process Equipment Chapter 1: Main Equipment Chapter 2: Auxiliary Equipment Chapter 3: Function, Structure, and Characteristics of Gas Distribution Plates Chapter 4: Forms and Features of Internal Components Chapter 5: Measurement and Experimentation of Fluidized Bed Parameters Part III: Properties of Solid Particles and Flow in Bubble Beds Chapter 1: Physical Properties of Particle Materials Chapter 2: Flow Characteristics in Bubble Beds Chapter 3: Factors Affecting the Fluidization Process Part IV: Design of Gas-Solid Fluidized Beds and Calculation of Process Parameters Chapter 1: Pressure Drop of Fluids Through the Bed Layer Chapter 2: Critical Fluidization Velocity and Carryaway Velocity Chapter 3: Expansion Ratio, Porosity, Undulation Ratio, and Entrainment Separation Height Chapter 4: Calculation of Distribution Plates Chapter 5: Design of Heat Exchangers Chapter 6: Design of Non-Mechanical Control Valves Chapter 7: Design of Gas-Solid Separators Chapter 8: Calculation of Process Parameters for Spouted Bed Reactors Chapter 9: Applications of Three-Phase Fluidized Beds Part V: Practical Examples of Fluidization Technology Applications Chapter 1: Pneumatic Conveyance Equipment and Process Parameters Chapter 2: Granulation and Coating Using Fluidized Beds Chapter 3: Types of Fluidized Bed Dryers and Heat Balance of Materials Chapter 4: Types of Heat Exchange and Related Process Parameters Part VI: Evaluation and Calculation Parameters for Fluidized Combustion Chapter 1: Evaluation of Fluidized Combustion Chapter 2: Auxiliary Calculations Chapter 3: Combustion of Coal in Fluidized Bed Boilers Chapter 4: Desulfurization and Reduction of Nitrogen Oxide Emissions Chapter 5: Key Components and Operating Parameters Chapter 6: Operating Parameters and Existing Problems of Boiling-Layer Boilers Chapter 7: Circulating Fluidized Bed Boilers Chapter 8: Pressurized Fluidized Bed Boilers Chapter 9: Fluidized Bed Waste Incineration Part VII: New Fluidization Technologies, Selection and Design Data for Fluidized Beds, and Practical Examples Chapter 1: Fluid Mechanics Chapter 2: Dispersed Methods for Gas-Solid Fluidization Chapter 3: Simulation of Fluidization Systems Chapter 4: Heat and Mass Transfer Chapter 5: Selection, Design Data, and Practical Examples of Fluidized Beds Chapter 6: Fluidization Components Chapter 7: Special Types of Fluidization Chapter 8: Gas-Solid Reactions in Fluidized Beds Chapter 9: Fluidization Testing Techniques Part VIII: Applications of Fluidization Technology in Petrochemical Industry Chapter 1: Fluidized Catalytic Cracking Reactors in Oil Refining Chapter 2: Fluidized Bed Reactors in Organic Synthesis Industry Chapter 3: Fluidized Bed Reactors in Polyolefin Industry Part IX: Applications of Fluidization in Coal Gasification Chapter 1: Evaluation of Fluidized Bed Gasification Chapter 2: Fluidized Bed Gasification Process Chapter 3: Upflow Gasification Process Chapter 4: Circulating Fluidized Bed Gasification Process Part X: Fluidized Roasting of Non-Metallic Minerals Part XI: Fluidized Roasting of Metallic Minerals Part XII: Fluidization Processes for Coal Energy Conversion Part XIII: Biochemical and Environmental Fluidization Processes Part XIV: Fluidization Processes and Reactor Design Part XV: Engineering Processes of Bubble Fluidization Part XVI: Engineering Processes of Rapid Fluidization Part XVII: Engineering Processes of Liquid-Solid and Three-Phase Fluidization