Fuels, Furnaces and Refractories
International Series on Materials Science and Technology
- 1st Edition - December 23, 2013
- Latest edition
- Author: J. D. Gilchrist
- Editor: R. W. Douglas
- Language: English
- Paperback ISBN:9 7 8 - 1 - 4 8 3 1 - 1 9 5 5 - 7
- eBook ISBN:9 7 8 - 1 - 4 8 3 1 - 5 1 9 7 - 7
Fuels, Furnaces and Refractories focuses on the sources and efficient use of energy available to modern industry. This book begins with the classification, properties, tests, and… Read more
Fuels, Furnaces and Refractories focuses on the sources and efficient use of energy available to modern industry. This book begins with the classification, properties, tests, and different kinds of fuels, as well as trends in fuel utilization. This text also tackles the generation and distribution of electricity from both chemical and nuclear energy sources. Subsequent chapters focus on the thermodynamics, physics, chemistry, and kinetics of combustion of fuels; the burner design; the heat transfer and flow of gases through furnaces and flues; and ways of controlling energy supply rates and temperatures. The refractory materials, which are heat-resisting substances, are also described.
Preface
Introduction
Part I: Fuels
Chapter 1: Classification of Fuels
Publisher Summary
Chapter 2: Properties and Tests
Publisher Summary
Chemical Composition
Calorific Value
Chapter 3: Coal
Publisher Summary
Origins
Classification
Preparation
Storage
Uses
Chapter 4: Carbonization
Publisher Summary
Types of Process
Products and Yields
Chapter 5: Coke
Publisher Summary
Classification
Properties and Tests
Chapter 6: Gaseous Fuels
Publisher Summary
Classification
Production
Properties and Uses
Chapter 7: Liquid Fuels
Publisher Summary
Classification
Production
Special Tests on Liquid Fuels
Properties and Uses
Oil Fuel for Transport
Chapter 8: Electrical Energy
Publisher Summary
Sources of Power
Nuclear Energy
Production
Distribution
Chapter 9: Trends in Fuel Utilization
Publisher Summary
Reserves
Part II: Furnaces
Chapter 10: The Evolution of Heat
Publisher Summary
Flame Temperature
Available Heat
The “Virtue” of Energy
Chapter 11: The Combustion of Fuel
Publisher Summary
Solid Fuel Beds
Pulverized Fuel
Oil
Gas
Reactions in the Flame
Controlled Atmospheres
Chapter 12: The Conversion of Electrical Energy to Heat
Publisher Summary
Chapter 13: Heat Transfer
Publisher Summary
Conduction
Natural Convection
Forced Convection
Radiation
Chapter 14: Thermal Efficiency
Publisher Summary
Waste Heat
Recuperators
Regenerators
Muffles
Heat Balances
Chapter 15: Furnace Aerodynamics
Publisher Summary
Chapter 16: Furnace Construction
Publisher Summary
Chapter 17: Classification of Furnaces
Publisher Summary
Class 1—Crucible Furnaces
Class 2—Hearth Furnaces
Class 3—Shaft Furnaces
Class 4—Retorts
Class 5—Converters
Class 6—Sintering Machines
Class 7—Some Miscellaneous Furnaces
Class 8—Boiler Plant
Chapter 18: Laboratory Furnaces
Publisher Summary
Part III: Refractories
Chapter 19: Classification of Refractories
Publisher Summary
Chapter 20: Properties and Testing
Publisher Summary
Chapter 21: Manufacture of Refractories
Publisher Summary
Chapter 22: Alumino-Silicate Refractories
Publisher Summary
The Alumina-silica System
Firebricks
Origins and Properties of Fireclays
Manufacture of Firebricks
Properties and Uses of Firebricks
High Alumina Bricks
Chapter 23: Silica Bricks
Publisher Summary
Allotropy in Silica
Manufacture
Properties and Uses
Chapter 24: Magnesite-Chromite Refractories
Publisher Summary
Magnesite
Properties and Uses
Dolomite
Manufacture
Properties and Uses
Forsterite
Chromite
Properties and Uses
Chrome Magnesite and Magnesite Chrome
Chapter 25: Carbon
Publisher Summary
Chapter 26: Insulating Refractories
Publisher Summary
Chapter 27: Special Refractories
Publisher Summary
Part IV: Instrumentation
Chapter 28: Pyrometry and Control
Publisher Summary
Pyrometry
Gas Analysis
Fluid Flow Measurement
Control
Electronic Instrumentation
Appendix
Bibliography
Index
- Edition: 1
- Latest edition
- Published: December 23, 2013
- Language: English
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