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B. Appendix
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B. Appendix
by Dobrin Toporov
Combustion of Pulverised Coal in a Mixture of Oxygen and Recycled Flue Gas
Cover image
Title page
Copyright
List of Figures
List of Tables
Acknowledgments
Nomenclature
Chapter 1. Introduction
Abstract
Chapter 2. Coal Combustion Technologies
Abstract
2.1 Coal demand and coal reserves worldwide
2.2 Coal utilisation processes
2.3 Clean coal technologies
2.4 Carbon capture and storage technologies
2.5 Summary of Chapter 2
Part 1: Theoretical Aspects
Chapter 3. Theoretical Aspects of Burning Pulverised Fuel in CO2 Atmosphere
Abstract
3.1 Differences between air and oxyfuel combustion
3.2 Coal devolatilisation and particle ignition
3.3 Heterogeneous reactions
3.4 Combustion of volatiles in CO2/O2 atmosphere
3.5 Emissions from combustion of pulverised coal in CO2/O2 atmosphere
3.6 Heat transfer in RFG/O2 atmosphere
3.7 Summary of Chapter 3
Chapter 4. Mathematical Modelling and Model Validations
Abstract
4.1 Turbulent combustion modelling
4.2 Coal particle modelling
4.3 Modelling of thermal radiation
4.4 Summary of Chapter 4
Part 2: Experiments
Chapter 5. Gaseous Combustion in CO2/O2 Atmosphere
Abstract
5.1 Test facility for flameless gas combustion
5.2 Experimental results
5.3 Numerical results
5.4 Summary of Chapter 5
Chapter 6. Coal Combustion in CO2/O2 Atmosphere
Abstract
6.1 Oxycoal pilot-scale furnace
6.2 Burner design and flame stability
6.3 Oxycoal swirl flame properties
6.4 Burner scale-up
6.5 Summary of Chapter 6
Chapter 7. NOx Emissions During Oxycoal Combustion
Abstract
7.1 Test conditions
7.2 Influence of the excess oxygen ratio at the burner
7.3 Influence of oxidiser O2 concentration on NOx emissions
7.4 Influence of primary stream momentum on NOx emissions
7.5 Influence of the burner inlet temperature on NOx emissions
7.6 Influence of burner secondary stream momentum on NOx emissions
7.7 Discussion
7.8 Summary of chapter 7
Chapter 8. Summary
Abstract
Chapter 9. Outlook
Abstract
Bibliography
A. Appendix
A.1 Global char reaction rates
B. Appendix
B.1 Plug flow reactor program
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A. Appendix
B
Appendix
B.1 Plug flow reactor program
See
Figure B.1
.
Figure B.1
Plug flow reactor algorithm.
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