Cooling Towers
A cooling tower is a heat rejection device, which extracts waste heat to the atmosphere through the cooling of a water stream to a lower temperature.
The type of heat rejection in a cooling tower is termed “evaporative” in that it allows a small portion of the water being cooled to evaporate into a moving air stream to provide significant cooling to the rest of that water stream. The heat from the water stream transferred to the air stream raises the air’s temperature and its relative humidity to 100%, and this air is discharged to the atmosphere.
The company operates in
-
Manufacturing open or closed circuit cooling towers in accordance with industry principles and specifications.
-
Inspection and technical supervision of the installation and operation of cooling towers.
-
Cooling tower maintenance services
-
Cooling towers spare parts.
Open Cooling Towers
-
Open towers is made of epoxy, stainless steel or fiberglass
-
Axial or centrifugal fans
-
Filling from .P.V.C or P.P
-
P.V.C mist arrester under fans
-
P.V.C or FRP guides on air inlets
-
Rotary sprinkler head
-
Water sprinklers
-
Couplings and valves made of carbon iron, .P.V.C or P.P
-
The capacity of the towers is from 5: 1500 cooling tons
-
Towers shape: round or square
Closed Towers
-
The tower is made of epoxy, stainless steel, or fiberglass sheets
-
Axial or centrifugal fans
-
Filling from .P.V.C or P.P
-
P.V.C mist arrester under fans
-
Cooling coil made of carbon iron, galvanized or stainless steel
-
P.V.C or FRP guides on air inlets
-
Water sprinklers
-
Couplings and valves made of carbon iron, .P.V.C or P.P
Dust collectors (air filters)
-
Fiber bag type components are used to filter and collect solid particles in dust gas, and this filter is widely used in industries in terms of power plants, metallurgy, cement, glass, chemicals, paper making, etc.
-
Absolute filters have a very high dust-removal yield (more than 99.99 %
-
El Gendy manufactures its own dust collectors and pipes, designing networks and lines related to dust collection.