Domestic Production Open Circuit Water Cooling Tower 2

About Domestic Production Open Circuit Water Cooling Tower

The Domestic Production Open Circuit Water Cooling Tower is a heat transfer equipment that helps to cool the water heated during the process in industrial facilities and return it to the system. In the open circuit working principle, hot process water is cooled by direct contact with air inside the tower and is aimed to be brought to suitable temperature levels for reuse.

Water cooling towers help to remove heat generated in plastic, metal, chemical, energy, HVAC, and various production processes from the system. The required cooling capacity is determined according to the water flow rate in the facility, inlet-outlet water temperatures, environmental conditions, and process characteristics.

General Features of Open Circuit Water Cooling Tower

• Usage aimed at cooling industrial process water
• Open circuit working system
• Cooling by direct contact of water and air
• Structure supporting the return of heated process water to the system
• Usable in continuously operating industrial processes
• Capacity options according to different facility needs
• Domestic production
• Structure that can be integrated into industrial cooling systems
• Helps to keep process temperature under control
• Usable in different sectors and applications

Usage Areas of Open Circuit Water Cooling Tower

• Plastic injection facilities
• Plastic extrusion lines
• Metal processing facilities
• Chemical industry
• Industrial production facilities
• Air conditioning and HVAC systems
• Compressor cooling applications
• Processes used together with chiller systems
• Mold and machine cooling systems
• Energy and production facilities
• Process water cooling applications

Working Principle of Open Circuit Water Cooling Tower

Hot water from the process is transported to the upper section of the cooling tower and spread over the distribution system inside the tower. As the water moves down inside the tower, it comes into direct contact with air.

As a result of heat and mass transfer between air and water, some of the water evaporates while the temperature of the remaining water decreases. The cooled water can be collected in the lower section and sent back to the process system. Thus, a cooling cycle based on the reuse of circulating water in industrial systems is created.

Features of Open Circuit Cooling System

In open circuit cooling towers, process water is in direct contact with air. This working method helps to transfer the heat generated in the system to the atmosphere by utilizing the evaporative cooling principle.

The performance of the system depends on variables such as outdoor wet bulb thermometer temperature, air flow rate, water flow rate, inlet water temperature, targeted outlet temperature, and tower design.

Advantages of Domestic Production Water Cooling Tower

• Helps to remove heat generated in industrial processes
• Supports the reuse of process water
• Open circuit evaporative cooling principle
• Ability to create a system suitable for continuous production processes
• Can be designed according to different capacity needs
• Can be integrated into existing industrial cooling systems
• Usable in different sectors such as plastic, metal, chemical, and similar
• Advantage of domestic production
• Supports the control of process temperatures

Points to Consider When Choosing a Water Cooling Tower

Determining the right cooling tower is not sufficient with just the tower size or nominal capacity. The water flow rate that will circulate in the system, hot water inlet temperature, desired cold water outlet temperature, and the working environment of the facility should be evaluated together.

Additionally, water quality, operating time, and process characteristics are also important in system design. In open circuit systems, since water is in direct contact with air, regular water conditioning, cleaning, and maintenance practices help the system operate efficiently.

Shipping and Delivery Information for Open Circuit Water Cooling Tower

• The cooling tower is prepared for shipment in a way that it will not be damaged during transport.
• The body and system components are properly protected during transport.
• Sensitive and connected parts are prepared in a protective manner against impacts and external factors.
• The cargo and delivery process is planned according to the delivery address.
• The product is prepared and shipped in accordance with safe transport conditions.