Reseña del libro "LOW-PRESSURE BOILER ENGINEERING AND OPERATION (en Inglés)"
UNDERSTAND BOILER SYSTEMS. MASTER ENGINEERING PRINCIPLES. DEVELOP SAFER, MORE EFFECTIVE OPERATING PRACTICES. A boiler is more than a pressure vessel that produces steam or hot water. It is an interconnected thermal system in which combustion, heat transfer, fluid circulation, pressure control, water chemistry, and protective equipment must operate together. Low-Pressure Boiler Engineering and Operation offers a comprehensive technical treatment of the principles, equipment, calculations, and operational practices involved in steam and hot-water boiler systems. Designed for boiler operators, maintenance technicians, engineering students, facility personnel, and practicing engineers, this reference combines engineering fundamentals with practical applications and systematic troubleshooting. INSIDE THIS BOOK, YOU WILL EXPLORE: Boiler Fundamentals: Operating principles, classifications, system components, pressure, temperature, and energy conversion. Thermodynamics and Heat Transfer: Steam properties, saturation, enthalpy, sensible and latent heat, and heat-balance calculations. Boiler Construction: Firetube and watertube configurations, pressure boundaries, heating surfaces, refractory materials, and thermal expansion. Steam and Hot-Water Systems: Feedwater equipment, condensate recovery, circulating pumps, hydronic arrangements, and system balancing. Combustion and Efficiency: Fuel systems, burner operation, air supply, flue-gas behavior, thermal losses, and performance evaluation. Water Chemistry and Treatment: Hardness, scale formation, corrosion, dissolved solids, blowdown, and water-quality monitoring. Instrumentation and Controls: Pressure and temperature measurement, water-level controls, burner sequencing, protective interlocks, and automatic regulation. Operating Procedures: Startup preparation, normal operation, shutdown, abnormal-condition response, and structured fault diagnosis. Inspection, Maintenance, and Safety: Equipment condition assessment, preventive maintenance, functional testing, reliability, hazard recognition, and regulatory responsibilities. ENGINEERING KNOWLEDGE SUPPORTED BY PRACTICAL APPLICATION Through worked examples, technical equations, system diagrams, comparison tables, and review questions, readers can strengthen their ability to interpret boiler performance, understand equipment interactions, evaluate operating conditions, and recognize developing problems. The material emphasizes physical principles, clearly stated assumptions, engineering calculations, and the distinction between normal regulation and independent safety protection. WHO THIS BOOK IS FOR Suitable for aspiring and experienced boiler operators, building-services and plant-maintenance personnel, mechanical engineering students, technical instructors, and professionals responsible for understanding or maintaining low-pressure heating systems. Whether studying boiler fundamentals, strengthening technical competence, or examining the causes of recurring system faults, this book offers a structured foundation for informed engineering decisions and responsible boiler operation. Build a deeper understanding of the systems, calculations, controls, and safety principles that govern low-pressure boiler performance.
