Steam Engineering & Steam Thermodynamics

This course provides a comprehensive understanding of steam engineering and the thermodynamic principles governing steam systems. It introduces the properties of steam, steam generation, and the behavior of water and steam under different pressure and temperature conditions. Participants learn the fundamentals of thermodynamics and steam tables used for engineering calculations. The course covers steam generation in boilers and the basic operation of steam distribution systems. It explains concepts such as pressure, temperature, enthalpy, entropy, specific volume, and dryness fraction. Participants also learn about steam quality, superheated steam, saturated steam, and wet steam. The course introduces steam consumption, heat transfer, and energy efficiency considerations in industrial systems. It covers steam traps, condensate recovery, and common issues in steam distribution. Practical calculations related to steam properties, energy balance, and steam system performance are included. The course helps engineers develop the technical knowledge required to operate, analyze, and improve industrial steam systems.