1. -Manufactured By Maniks http://www.maniks.com/desuperheater.html

2.  Introduction:  Maniks Desuperheater  About us  Theory of Desuperheater  Refrigeration purpose  Design features of Maniks Desuperheater  Advantages  Applications of Maniks Desuperheater http://www.maniks.com/desuperheater.html

3.  Maniks Desuperheater Water Heater :

4.  About us:  Maniks is a well known supplier in the electromechanical manufacturing world. They are consistently providing best quality, high efficiency and economic products to the customers since last thirty years. Desuperheater is one of the energy conserving product by Maniks which is being used in the plant where very high heat energy generated and wasted.Desuperheater http://www.maniks.com/desuperheater.html

5.  Theory:  The term desuperheating is known as attemperation or steam conditioning which actually used to reduce steam temperature in a high heat generation plants. Maniks desuperheater is designed to inject water and maximize the surface contact and direct contact between the steam and water to decrease the steam temperature.  Desupeheater inject water through the holes into the path of the high speed steam where water absorbs heat from the steam gets evaporated and the steam temperature is been lowered in the process. They can be connected horizontally or vertically.  http://www.maniks.com/desuperheater.html http://www.maniks.com/desuperheater.html

6.  Refrigeration purpose: The conventional refrigeration system consists of removal of heat from one source and expelling this heat energy to atmosphere. In general the removal of heat is known as cooling effect and represented in generic term as tones of refrigeration. The heat ejected to the atmosphere can be used for some other purpose. Advancement of technology has developed many applications to use this wasted heat. There is a simultaneous requirement of heating load when cooling is generated. That results in a cost effective and efficient application and also improves the cooling performance of the refrigeration cycle. http://www.maniks.com/desuperheater.html

7.  Design features of Maniks Desuperheater:  High efficient atomization.  Accurate and repeatable control fluid temperature.  Tight shut off variable spray unit.  High rangeability variable area spray unit.  Erosion resistance materials of selection.  Ease of installation.  Low maintenance features.  High integrity sealing arrangement. http://www.maniks.com/desuperheater.html

8.  Advantages:  Maniks desuperheater has various advantages such as Maniks  Efficient, evaporated cooling water adds to steam load  Various types, configurations and sizes  No moving parts hence low maintenance  No special supports required  No thermal liner required (except for emergency dump application) http://www.maniks.com/desuperheater.html

9.  Desuperheater Installation Diagram:

10.  Applications of Maniks Desuperheater:  There is various fields in this desuperheater is used as a heat exchanger few of them are given below  Improve heat transfer of surface type heat exchangers  Reduction and control of superheated steam  Use on boilers between superheated 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  Desuperheater as energy exchangers  Shipboard service  Industrial heating system  Food processing http://www.maniks.com/ http://www.maniks.com/desuperheater.html