Steam Line

No...Why are you asking all these questions? Is this a test?

Superheated steam has to cool to saturation temperature before it can condense to release its latent heat (enthalpy of evaporation). The amount of heat given up by the superheated steam as it cools to saturation temperature is relatively small in comparison to its enthalpy of evaporation.

If the steam has only a few degrees of superheat, this small amount of heat is quickly given up before it condenses. However, if the steam has a large degree of superheat, it may take a relatively long time to cool, during which time the steam is releasing very little energy.

Unlike saturated steam, the temperature of superheated steam is not uniform. Superheated steam has to cool to give up heat, whilst saturated steam changes phase.

https://www.spiraxsarco.com/learn-about-steam/steam-engineering-principles-and-heat-transfer/superheated-steam#:~:text=Superheated%20steam%20has%20to%20cool,to%20its%20enthalpy%20of%20evaporation.

It "can". Give us temperatures and method of pressure reduction and someone may be able to be more specific.