Pre-Fabricated Cooling Towers

Engineered Off-Site. Installed Faster On-Site.

Melfrank's pre-fabricated cooling towers are engineered and manufactured to suit the required cooling duty, site conditions and installation requirements, with major components prepared before arriving at site.

Pre-Fabricated Cooling Towers

Why Pre-Fabricated?

FASTER SITE INSTALLATION

More of the tower is prepared before it reaches the site.

CONTROLLED MANUFACTURING

Components are fabricated under controlled manufacturing conditions.

MODULAR INSTALLATION

Designed for assembly and installation at site.

LESS SITE DISRUPTION

Potentially reduces the amount of fabrication and construction activity required at the plant.

NEW Design & Build

Pultruded FRP, crossflow and counterflow cooling towers engineered to your duty and footprint.

Retrofit & Upgrade

Timber-to-FRP revamps and EC fan retrofits that pay back in 18–24 months on power savings.

Spare Parts

Original fills, drift eliminators, fans, motors and gearboxes shipped pan-India.

New Cooling Towers

Explain that selection depends on

New Cooling Towers

Heat load

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Water flow

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Hot-water temperature

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Cold-water temperature

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Wet-bulb temperature

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Approach

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Site conditions

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Water chemistry

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Operating hours

FAQs

Frequently asked questions

What is a cooling tower?
A cooling tower is a heat rejection device, which extracts waste heat to the atmosphere though 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. Evaporative heat rejection devices such as cooling towers are commonly used to provide significantly lower water temperatures than achievable with “air cooled” or “dry” heat rejection devices, like the radiator in a car, thereby achieving more cost-effective and energy efficient operation of systems in need of cooling. Think of the times you’ve seen something hot be rapidly cooled by putting water on it, which evaporates, cooling rapidly, such as an overheated car radiator. The cooling potential of a wet surface is much better than a dry one.
Common applications for cooling towers are providing cooled water for air-conditioning, manufacturing and electric power generation. The smallest cooling towers are designed to handle water streams of only a few gallons of water per minute supplied in small pipes like those might see in a residence, while the largest cool hundreds of thousands of gallons per minute supplied in pipes as much as 15 feet (about 5 meters) in diameter on a large power plant.

Years ago you might have purchased a cooling tower satisfying your plant needs at that particular time .Over the years , your plant needs would have undergone tremendous change . You may have improved enhanced your process . But the cooling tower may have deteriorated in its performance . As a result, your process may not be optimum. It may be affecting your plants yields , quality or may be consuming more power . Ask your operator/engineer to check the cooling tower .Ask if the cold water temperature in the cooling tower was 10 centigrade lower ,will it help the yield , quality and save power. If the answer is yes ,then the solution to your problem is your cooling tower needs a repair.

MELFRANK will collect data about your cooling tower and evaluate its performance .MELFRANK will give you suggestions how to improve your tower ,save energy and continueto maintain your tower in best condition.
BETTER COMPONENTS
MELFRANK has developed highly efficient cooling tower components which will improve the tower performance and thermal efficiency .
Beside Improving the performance of the tower , MELFRANK service ensure that there is
  • Proper distribution of water from hot water basin over the fills.
  • Proper and efficient Air Intakes.
  • Proper Air Locking.
  • Optimum Water Loading.
  • Elimination of Channeling Effect.
  • Extra Structure strength for a long-lasting tower.
  • Upgarditation of RCC cooling tower from 1000m3/hr. to 2000 m3/hr . This saved an additional investment for cooling tower.
  • Improved thermal efficiency of the towers by 60% .The company could now increase the production by more that 2 crores.
  • Improved approach from designed 40C to 20C , thus reducing the evaporating losses of the company’s product by Rs. 60 Lakhs Per Year.
  • Increase Capacity of tower by 40%. Thus saving the need for investment for more towers.
  • Converted existing cross flow tower to counter flow tower for better performance and increased capacity.
  • Saved power consumption by more than 45% which meant to some customers Rs.6 Lakhs per year.