Everyone is talking about “the desuperheater” But what does it
mean?
Superheated steam is a steam that is at a temperature higher than the normal temperature for the
steam pressure. For instance, steam at a pressure of 3 bar g has a saturation temperature of
143.762°C. If further heat is added to this steam and the pressure remained at 3 bar g, it would
become superheated. So, desuperheating is the method by which superheated steam is restored to
its saturated state, or the superheat temperature is reduced.
MANOR, a five year young company, leaded by a group of technocrats, emerged with a vital
directive of presenting state of the art goods and services in the field of Energy Savings.
MANOR is a partner of well-known company MANIK ENGINEERS - PUNE, the leading
manufacturers of different kinds of accessories and controls which are required for application in
AC & R and many more Industries.
With the huge experience of MANOR'S Guru in the Refrigeration and Air-conditioning Industry,
MANOR has selected "Waste Heat Recovery through AC & R Compressors" as the measure to
achieve large energy savings in the industries like Dairy & Food Beverages, Hotel & Hospitality,
Pharmacy & Chemical, Textile and Specialty Hospitals etc. The "Desuperheater Water heater"
produced by MANOR has emerged as the most benefitted device for an AC & R plant that
Enhances compressor's reliability, performance and long life and also delivers Free of Cost Hot
Water and besides other concealed benefits.
What is Manor’s Desuperheater?
Manor’s “Desuperheater Water Heater " is a unique heat exchanger that produce hot water/ fluid
to the highest temperature of 80℃. The fluid /water can be boiled or heated by recovering the
superheat of the refrigerant gas which is otherwise wasted to the environment through air/ water
cooled condensers. The generated heat is regained with almost zero operating cost.
Working of Desuperheater:
In a usual AC & R system, the refrigerant temperature rises in tune of 80℃ to 120℃ after
compression. The refrigerant is further put to the air/ water cooled condenser to condense
near about 40℃.
While the condensing of refrigerant in the condenser, the total heat contained in this high
Temperature/high pressure gas gets wasted to the atmosphere.