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Industrial Cooling Tower

Your Leading Industrial Cooling Tower Supplier

 

Tianjin Latino Environmental Technology CO.,Ltd is a scientific-oriented economy body integrating with scientific research, designing, manufacturing, installation and service maintenance, which is originated from European.We, Tianjin Latino are specialized supply one stop service for the cooling tower parts and cooling tower engineer service.

 

Why choose us

Widely used

Tianjin Latino's cooling tower and cooling tower parts is widely used in the Petrochemical, Petroleum, Power, Metallurgy, Medicine and Rubber Industry, etc..

Extensive market

Our business involve in covers 64 countries and regions including the UK, Germany, Italy, Belgium, France, Poland, Israel, Russia, Turkey,UAE,IRAN, Malaysia,Philippines, Indonesia, Korea, Japan, Australia, Thailand, India, Singapore and New Zealand, Netherlands,Ukraine, etc..

Rich experience

We have more than 20 years of production experience in the industry.

 

Rich products

Tianjin Latino's main products are cooling tower, cooling tower Film Fill, cooling tower drift eliminator and cooling tower spray system, UPVC distribution pipes, FPR winding pipe, FRP profile parts,FRP gratings, Fan stack, etc.

 

Types of Industrial Cooling Tower
 

Natural draft cooling towers
As the name suggests, natural draft cooling towers rely on natural air convection to cool the incoming hot water. Cold, dry air flows naturally through the tower and comes into contact with the warm, moist air that has absorbed heat from the hot water stream. The warm air will then naturally flow up, while the cold air falls to the splash fill on the bottom of the tower.

 

Forced draft cooling towers
Forced draft cooling towers employ internal fans to circulate air through the structure to increase its cooling efficiency. Usually utilized in HVAC systems in data centers and commercial buildings, forced draft cooling towers are costlier to deploy and run than natural-draft cooling towers but are more suited for indoor facilities and smaller spaces.

 

Induced draft cooling towers
Like forced draft cooling towers, induced draft cooling towers employ fans to pull air through the tower. They are usually larger than forced draft cooling towers with fans on top of the tower.

 

Crossflow cooling towers
In this type of cooling tower design, the air flows vertically while the water flows horizontally, allowing for more effective heat exchange processes. Often utilized in industrial and commercial HVAC systems, crossflow cooling towers are more efficient than traditional ones but are also more expensive to build and maintain over time.

 

Counterflow cooling towers
Counterflow cooling towers are most suited for extensive industrial facilities like petrochemical plants. In these towers, the water flows down vertically while the air is pushed vertically across the splash fill from the bottom to the top of the structure. These towers are more frost-resistant than crossflow cooling towers, and they use a similar approach to accomplishing effective water-to-air heat exchange.

 

 
Application of Industrial Cooling Tower
 
01/

Power plant: Cooling towers help cool circulating water used in condensers in power generation facilities.

02/

HVAC: Commercial buildings, hospitals, schools and hotels use cooling towers for air conditioning systems to regulate indoor temperatures efficiently.

03/

Industrial: Chemical processing, oil refineries, steel mills and manufacturing plants use cooling towers to maintain optimal temperatures for equipment and processes.

04/

Data: Cooling towers help dissipate the heat generated by servers and IT equipment in data centers, preventing overheating and ensuring continuous operation.

05/

Food and beverage: Food processing plants use cooling towers to cool equipment, ingredients and products during production processes.

06/

Plastics: Injection molding and extrusion processes in the plastics industry often require cooling towers to maintain consistent temperatures for quality control.

 

Methods of Cooling Tower Assembly
 

Cooling towers have two main assembly methods. Factory employees may assemble the towers directly in the production factory and then ship them to their sites, or workers may assemble the towers at the sites.

Factory-assembled

In factory-assembled cooling towers, employees at the production factory put the tower together. Once it is complete, they transport it intact to the location that will use it. This preassembly process generally works best for smaller towers, since larger towers can become unwieldy to ship or sustain damage in transit.

Field-erected

If a cooling tower would be too large, fragile or difficult to ship, the receiving location may opt to erect it on site. In that case, the manufacturer or supplier generally provides the labor, and the workers usually build the tower close to the building where industrial processes take place.

Field-erected towers can make use of either crossflow or counterflow designs. Because they have few limits on their size and can be much larger, they are often useful in industrial applications that draw substantial amounts of power.

 

 
Feature

 

Item

Specification

Cooling tower type

Counterflow cooling towers

Fabrication

Field-assembled

Air flow

Induced draft

Capacity

2,000,000- 20,000,000 kcal/h per cell

Water flow

400-4,000 cubic meter per hour for each cell

Industries

Chemical industries, Oil and Gas, Pharmaceutical, Power plant,

Refineries, large-scale HVAC systems.

 

 

Custom Cooling Tower Solutions
 

1. Minimize in-house engineering time and knowledge for optimal product selection

2. Increase energy efficiency, boost performance and streamline your operation

3. Bundle components to simplify your purchasing and lower shipping and logistics costs.

4. Minimize downtime with products backed by industry leading availability.

5. Get ideas and insights from an expert who’s well versed in your industry and your application.

6. Incorporate intelligent solutions that automate ordering and provide real-time system performance data.

7. Integrate support, service, diagnostics, ordering and engineering-all from a single partner.

Concrete Crossflow Cooling Towers

 

 
FAQ

 

Q: What Is A Cooling Tower?

A: A cooling tower is heat removal device that uses water to transfer process waste heat into the atmosphere. All cooling towers operate on the principle of removing heat from water be evaporating a small portion of water that is recirculated through the unit.

Q: Do Perfect Cooling Towers systems save water?

A: Yes, Perfect Cooling Towers systems allow for higher cycles of concentration due to the imperviousness of the High rigid FRP construction to water treatment chemicals and higher solids. This can save many thousands of Rupee in water usage.

Q: Can the cooling tower system be installed inside and outside?

A: The Cooling Tower can be installed inside or outside depending on preference and space requirements.

Q: What is the most commonly used cooling tower in industrial process applications?

A: Natural draft cooling towers
Natural draft cooling towers are widely adopted if large scale cooling is needed for instance in thermal power stations and industries. These towers are based on the concept of forced convection where a stack effect is formed due to the hot air rising and the cooled air is then pulled from the bottom.

Q: What is the most effective cooling tower system?

A: Counterflow (induced draft) systems are considered the most efficient of the two. Crossflow (forced draft) towers distribute hot water perpendicularly to the airflow, while counterflow towers distribute hot water directly into the airflow.

Q: How cold can a cooling tower get?

A: 4-5° Fahrenheit
The coldest temperature that a cooling tower can reach is 4-5° Fahrenheit, higher than the wet-bulb temperature. This is calculated by measuring the water temperature that enters the cold basin and the wet-bulb temperature (this is also known as measuring the approach).

Q: Which is better, cross flow or counter flow cooling tower?

A: Crossflow towers will serve better for maintenance access, variable flow, and cold weather operation. Counterflow towers may serve better in tight spaces under 750 tons, or in spaces where lower operating weight is required.

Q: Where should a cooling tower be installed?

A: Cooling towers work best in shadow, where you won't have to worry about direct sunlight impeding the heat transfer process. Picking a location that gets regular shade, whether from your building itself or from nearby buildings, or from trees and other topographical features.

Q: Why do cooling towers dump water?

A: The intention is to restrict and eventually eliminate the discharge of “pollutants” to storm sewers and other surface water sources. The most acceptable means of discharging (i.e. bleeding) water from a cooling tower is to a sanitary sewer and onto a sewage treatment facility.

Q: What is the ideal temperature for a cooling tower?

A: The usual cooling range is between 25 and 30°F. The inlet temperature of water to cooling equipment is established by ambient conditions, generally in the range 75–86°F, and the outlet temperature is in the range 104–114°F. The type and quality of water set the outlet water temperature.

As one of the most professional industrial cooling tower manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to wholesale custom made industrial cooling tower from our factory. Contact us for more cheap products.

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