Understanding "Fuels and Combustion" by Samir Sarkar Fuels and Combustion by Professor Samir Sarkar is a foundational textbook for engineering students and energy professionals.The book comprehensively covers the properties, processing, and utilization of various chemical fuels alongside the core principles of combustion science.It bridges the gap between theoretical chemical thermodynamics and practical industrial applications like furnaces, boilers, and internal combustion engines. Key Themes and Core Chapters 1. Classification and Properties of Fuels
ResearchGate or Academia.edu for shared lecture notes based on the text.
Why should a 21st-century engineer download or purchase this classic?
Stoichiometric calculations to determine minimum air required for complete combustion. 3. Industrial Fuel Utilization and Equipment
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Sarkar highlights why gaseous fuels like natural gas, Liquefied Petroleum Gas (LPG), producer gas, and water gas are highly efficient: Complete combustion with minimal excess air. Absence of ash disposal problems.
Ease of transport via pipelines and precise thermal control. 4. Thermochemistry and Combustion Kinetics
: One of the most praised features is its treatment of topics within an Indian context , making it particularly valuable for students and professionals working with Indian coal and energy resources.
Samir Sarkar's "Fuels and Combustion" offers a focused and practical treatment of the science and engineering of fuels and the processes by which chemical energy is converted into heat and work. Geared toward undergraduate and early graduate students in mechanical and chemical engineering, the book bridges foundational thermochemistry with applied combustion phenomena, presenting complex concepts in an accessible manner.
Sarkar provides in-depth analyses of coal, including its origin, composition, classification, and carbonization. Detailed discussions on coal analysis (proximate and ultimate) are included. 2. Liquid Fuels
) required for the complete combustion of 1 kg of fuel is calculated using its elemental carbon ( ), hydrogen ( ), oxygen ( ), and sulfur ( ) mass fractions:
The book is organized into 12 chapters, each covering a specific aspect of the subject. It provides a logical flow, from fundamental concepts to advanced technological applications: