ENSOTEK Water Cooling Towers Company Private Web Site


For official web site and detailed information please click; http://www.ensotek.com.tr/


Ensotek's activities are primarily on FRP (Fiberglass Reinforced Polyester) WATER COOLING TOWER 'S projecting, manufacturing and assembling. In addition, maintenance and repair of existing cooling towers being done.​ And according to new technologies to modernize and supply of spare parts and performance tests are among the main activities.
         
             

What is Wet Cooling Tower ?

Cooling Tower is a heat removing unit, cooling a part of hot water coming from facility by vapouring and throwing to atmosphere and returning the rest, which has reached necessary heat to facility for usage.



Processes Requires Cooling Towers;




How does a wet cooling tower works ? 

Cooling towers are divided as counter flow and cross flow towers according to operating principles. In counter flow cooling towers, the water flows top-down while the air moves from down-top. In cross flow cooling towers, while the water fall top-down, air current is horizontal. In recent years, forced draft counter flow towers has being preferred.


In counter flow induced draft type cooling  towers, heated water, coming from facility, is homogenously sprayed to all section of tower in top-down with the help of specially manufactured waterworks system and fountains. Sprayed water mass falls into pieces by floating in tower fills. Air, having the humidity  of exterior environment, is absorbed from down to top on fills  with the help of motor fan group. Water, meeting the air on the inlay cooling surface, heats input to the air and a part of it  cools by vapouring. Cool water is sent to facility by gathering in tower cold water basin. Air, whose humidity  rises (close to saturation point) as result of vapouring, is thrown to atmosphere from the fan deck at the top of tower.

 

According to thermodynamic facts; for achieving each gram water’s phase change, nearly 540 cal/energy is absorbed from the system.


With this approach; for each  6 ºC cooling of water, circulating in the system, nearly %0,9 of water flow rate must vapour. This amount can be calculated with formula above:


Vapouring Amount(m³/h) = 0.00085 x 1.8 x Flow (m³/h) x (Tin—Tout)

 

 


Induced draught counter flow cooling tower operating principle




Ensotek Cooling Tower Models and Their Capacities

MONOLITHIC COOLING TOWERS




Note: Given capacities are for the working conditions Tin=35 °C, Tout= 30 °C, Twet= 25 °C.


DOUBLE COOLING TOWERS



Note: Given capacities are for the working conditions Tin=35 °C, Tout= 30 °C, Twet= 25 °C.



COOLING TOWER EQUIPMENTS



 
 


ENSOTEK CTP Su Soğutma Kuleleri ve Teknolojileri Mühendislik San.Tic. Ltd. Şti

Muratpaşa Mah. Uluyol Cad. No:19 İstanbul Tower K:5 Bayrampaşa ISTANBUL - TURKEY

Tel: +90212 613 33 09 - 01 (Pbx) - Fax: +90212 613 33 10

Ensotek Cooling Towers Copyright © 2006 - 2014