What is the temperature at which saturated steam can exist at 100 PSI?

What is the temperature at which saturated steam can exist at 100 PSI?

• A. 212°F
• B. 328°F
• C. 180°F
• D. 250°F

Answer: (B)

The temperature at which saturated steam can exist at a specific pressure is determined by the properties of steam under different pressure conditions. In the case of saturated steam at 100 PSI, the corresponding saturation temperature is significantly higher than 212°F, which is the boiling point of water at atmospheric pressure (0 PSI). For saturated steam, as pressure increases, the temperature also rises. At 100 PSI, the saturation temperature is approximately 328°F. This relationship between pressure and temperature is defined by steam tables, which provide the necessary data to identify these specific conditions. Understanding this principle is crucial for both operation and maintenance of steam systems, as it helps engineers manage system pressures and temperatures safely and effectively. High pressure means higher temperatures, which is essential for efficient steam operation in various industrial applications.

The temperature at which saturated steam can exist at a specific pressure is determined by the properties of steam under different pressure conditions. In the case of saturated steam at 100 PSI, the corresponding saturation temperature is significantly higher than 212°F, which is the boiling point of water at atmospheric pressure (0 PSI).

For saturated steam, as pressure increases, the temperature also rises. At 100 PSI, the saturation temperature is approximately 328°F. This relationship between pressure and temperature is defined by steam tables, which provide the necessary data to identify these specific conditions.

Understanding this principle is crucial for both operation and maintenance of steam systems, as it helps engineers manage system pressures and temperatures safely and effectively. High pressure means higher temperatures, which is essential for efficient steam operation in various industrial applications.