noun a condition in which a substance is heated beyond its normal boiling point without vaporization
verb to heat a substance beyond its normal boiling point without vaporization
In engineering, superheat refers to the process of heating a substance above its boiling point without causing it to change state from liquid to gas.
In HVAC systems, superheat is used to ensure that refrigerant leaving the evaporator coil is completely vaporized to prevent damage to the compressor.
In chemical engineering, superheat is utilized in processes such as distillation and chemical reactions where precise temperature control is required.
In power generation plants, superheat is used to increase the efficiency of steam turbines by heating steam to a temperature higher than its saturation point.
In the field of science fiction writing, the term 'superheat' may be used to describe a futuristic technology or process involving extreme heat.
Engineers may use the term 'superheat' when referring to the process of heating a substance beyond its boiling point in a controlled manner for specific industrial applications.
HVAC technicians may use the term 'superheat' when discussing the temperature increase of refrigerant vapor above its saturation temperature in an air conditioning system.