Investigation of natural gas combustion in tangentially fired boiler: By Thermodynamic, Chemical kinetics and CFD simulations
This book investigates natural gas combustion in tangentially fired boilers using thermodynamic analysis, chemical kinetics, and CFD simulations. It offers detailed insights into the combustion processes, efficiency, and performance optimization for industrial energy systems. Ideal for engineers and researchers seeking to advance boiler technology through rigorous scientific methods.
About This Book
This scholarly work delves into the investigation of natural gas combustion within tangentially fired boilers. It employs a multifaceted approach combining thermodynamic principles, chemical kinetics, and computational fluid dynamics (CFD) simulations to analyze the combustion process.
The study focuses on the behavior of natural gas in these boiler systems, offering insights into energy conversion and heat transfer mechanisms. By integrating these analytical methods, the book aims to enhance understanding of combustion efficiency and emissions.
Authored by Navid Abdollahi, this research contributes to advancements in boiler design and operation in industrial applications. It serves as a valuable resource for engineers and researchers in the field of energy systems.
The methodologies presented provide a solid foundation for simulating and optimizing tangentially fired boiler performance using established scientific tools.
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