Desuperheater Water Heater, Heat Pipe Heat Exchangers, ECONET | Manor Desuperheater Heat Transfer Device Manufactured by

refrigerant gas in a refrigeration system is compressed in a compressor it passes though a condenser where it gives off heat and changes to a liquid state and then it passes through an expansion valve to an evaporator coil to absorb heat and change the refrigerant back to gaseous state for recompressing in the compressor to complete and the refrigeration cycle. This cycle is performed repeatedly in refrigeration systems. The evaporator coil is positioned within a refrigerated box, display case, or cabinet and the heat absorbed by the refrigerant passing through the coil serves to extract heat from the refrigerated box and its contents to maintain the box at the desired temperature. Advantages of Maniks Desuperheater   Available in two types Ammonia and Freon Economic product     No moving parts so requires less maintenance Simple design Easy to install Very less pressure drop Applications            Improve heat transfer of surface type heat exchangers Reduction and control of superheated steam Use on boilers between super-heater stages or at boiler exit Controls superheat temperatures at partial loads Bypass of bleeder or backpressure turbines to maintain balance between process steam and power requirements Balancing and make up steam in reducing pressure systems Desuperheaters Shipboard service Industrial heating system Food processing Turbine bypass steam temperature control

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