HIGH-PRESSURE BOILER ENGINEERING: Fundamentals, Design, and Operation

Master the Engineering Behind High-Pressure Boiler Systems High-pressure boilers are the driving force behind power plants, refineries, chemical processing facilities, marine propulsion systems, and countless industrial operations worldwide. Understanding how these complex systems are designed, operated, and maintained is essential for every mechanical and power engineer. High-Pressure Boiler Engineering: Fundamentals, Design, and Operation is a comprehensive engineering reference that bridges academic theory with real-world industrial practice. Whether you're a student building a solid foundation, a practicing engineer seeking a trusted reference, or a plant professional responsible for boiler performance and safety, this book provides the knowledge and practical insight needed to succeed. From steam generation and Rankine cycle analysis to combustion, heat transfer, boiler construction, pressure vessels, ASME code compliance, water chemistry, emissions control, instrumentation, and advanced boiler technologies, every chapter is designed to help you understand not just how boiler systems work-but why they perform the way they do. >Inside You'll Discover High-pressure steam generation fundamentals Boiler design and construction Steam thermodynamics and Rankine cycles Combustion engineering and fuel systems Heat transfer and boiler efficiency Superheaters, economizers, and HRSGs Water chemistry and corrosion control ASME Boiler & Pressure Vessel Code fundamentals Instrumentation, controls, and safety systems Boiler inspections, maintenance, and failure analysis Environmental compliance and emissions reduction Modern ultra-supercritical boiler technologies >Perfect For: Mechanical Engineering Students Power Plant Engineers Boiler Engineers Plant Operators Energy Engineers Process Engineers Maintenance Engineers Utility Professionals Engineering Consultants University Instructors >Build the expertise to improve efficiency, enhance safety, and master one of the most critical technologies in power and industrial engineering.