To avoid condensation loss in steam, which of the following is used?

Superheated steam is utilized to avoid condensation loss because it is steam that has been heated beyond its saturation temperature at a given pressure. This reduction of moisture content prevents the formation of water droplets that can occur when steam cools down, which is especially important in applications where maintaining steam quality and energy efficiency is critical. Superheated steam retains its energy content better and thus improves the efficiency of energy transfer in turbines and heat exchangers.

In contrast, steam heated to saturation temperature possesses moisture content that can lead to condensation when it cools. Wet steam already contains water droplets, which can cause significant energy loss and condensation if cooled further. Increasing steam pressure does raise the saturation temperature, but it does not eliminate the risk of condensation if the steam is allowed to cool. Hence, superheated steam is the most effective choice for preventing condensation loss and ensuring efficient steam system operation.