What happens to the temperature of superheated steam?

Superheated steam is steam that has been heated beyond its saturation point at a given pressure, which means it does not contain moisture. As more heat energy is added to the steam, its temperature increases. This characteristic is a result of the steam being in a gaseous state where heat is added without changing the phase of the water.

In stationary engineering applications, superheated steam is often utilized for its efficiency in transferring energy, particularly in turbines where higher temperatures can improve performance and efficiency. Therefore, the correct understanding is that as more heat is added to superheated steam, its temperature rises, making it a crucial aspect in thermal systems and processes involving steam generation.