Energy Saving Industrial Process Cooling System , Evaporative Cooling Tower
||Closed Cooling Tower, Cross flow
|Nominal Flow Rate (m3/h)
|Inlet/Outlet DN (mm)
|Water Makeup/Bleed-off DN(mm)
|Cooling Capacity (Kcal/h)
|Unit Heat Rejection (KW)
|Unit Fan Motor (KW)
|Unit Airflow (m3/h)
|Spray Pump’s Delivery Lift (m)
|Spray Pump Power (KW)
|Spray Water Flow Rate (m3/h)
|Main Water Pump’S Delivery Lift (m)
|Main Water Pump’S Power (KW)
|Main Water pump’s Flow Rate (m3/h)
|Operation Work pressure
|Unit Dimension L × W × H (mm)
|Shipping Weight (kg)
Advantages of Closed Circuit Cooling Tower (CCCT)
Personnel Health Protection
Open cooling water system is subject to water pollution and, as a result, the bacteria of miscellaneous sorts proliferate fast to become a grave threat to human health by dissipating the bacteria containing vapor. A popular disease from open water cooling system is legionnaire that endangers human life by causing pneumonia, which is especially true for people living & working in the buildings with central air conditioners. Closed circuit cooling tower has the largest proportion of cooling water circulating inside enclosed loop, thus is not subject to water pollution. The specially designed louvers not only reduce the limited spray water drift to minimum level, but also effectively stop outside sunlight and particles from entering the tower basin cultivating the growth of bacteria.
Tube Scaling Prevention
Most scaling & fouling problems are caused by impurities brought into cooling tubes by process cooling water, which will easily damage heat rejection equipment like melting furnaces, some cases of which involve personnel safety issues. For other equipments like central air conditioner, generators, compressors etc, scaling problems are one of the main reasons for lower operation efficiency and souring maintenance cost. Closed circuit cooling tower eliminates the scaling problems by running de-mineralized process water inside the closed circuit cooling coils so that scaling problem is reduced to the lowest level if not completely eradicated.
Variable frequency control ( VFC) is an option for flexible adjustment of the number and speed of working cooling fans to ambient temperature changes, the data of which can be preset at a certain figure. During winter season, the spray water stops automatically when ambient temperature drops to a certain level using only a set number of operating fans to satisfy the reduced cooling requirements.
CCCT system adopts 100% closed circuit circulation for process fluid that saves water from loss in any form. Special baffle is used to reduce unavoidable spray water loss to the lowest point without negative impact on the cooling efficiency. The prominent water saving nature is one of the most important factors deciding the popular use of closed circuit cooling tower.
Closed circuit cooling tower is designed to operate within very limited space, accounting for 1/4-1/5 that of open cooling system, saving any form of ground construction. The effective drift eliminator baffle enables closed circuit cooling towers to be used indoors close to production line without wetting the groud.
Closed circuit cooling tower has self-attached water basin and fully enclosed cooling coils for preservation of cooling water that saves any form of ground construction cost. Under open cooling tower system, the large water pool is a necessity to supply all process cooling water, and the related investment will be of no use if the open cooling tower is to be re-installed to a different site.
YanYe cooling equipment is widely used in petrochemical, pharmaceutical, steel, automotive, foundry, nuclear power plants, power plants, glass manufacturing, IT factories, food and other fields, and air withered systems, induction furnace, continuous casting equipment, mold, glass melting furnace, air compressors, injection molding machines, welding equipment, painting equipment and other facilities, and to partners in various fields to provide professional technical support and services.