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Cooling Tower by Types

A cooling tower is a heat rejection device designed to expel unwanted heat from industrial systems into the atmosphere. It works by evaporating water to cool process fluids or air to the desired temperature. Cooling towers are essential for maintaining optimal operating temperatures in various industrial and commercial applications, such as power plants, HVAC systems, chemical plants, and manufacturing processes.

The principle of operation involves passing warm water through the cooling tower, where it exchanges heat with air. The heat is dissipated into the atmosphere, resulting in cooler water being recirculated into the system.

Why Choose Ascent Machineries for Cooling Towers?

Ascent Machineries & Engineering Services Ltd., based in Goregaon, Mumbai, India, is a trusted name in the manufacturing, supply, and export of high-quality cooling towers. We specialize in delivering robust, efficient, and durable solutions tailored to meet global industrial standards. Our cooling towers are engineered for superior performance, energy efficiency, and long-term reliability.

What Are the Types of Cooling Towers?

FRP Induced Draft Cooling Towers:
- Made from corrosion-resistant FRP (Fiberglass Reinforced Plastic).
- Uses a powerful fan to draw air through the system, ensuring efficient cooling.
FRP Counter Flow Towers:
- Designed for high-efficiency heat transfer.
- Water flows downward while air moves upward, maximizing cooling performance.
FRP Natural Draft Towers:
- Operate without fans, using natural airflow for heat dissipation.
- Ideal for low-energy consumption applications.
FRP and Treated Timber Induced Draft Cooling Towers:
- Combines durable FRP with treated timber for structural support.
- Efficient for large-scale industrial applications.
Timber Cross Flow Induced Draft Cooling Towers:
- Features a crossflow design for improved water distribution.
- Suitable for medium to high heat load operations.
Timber Natural Draft Cooling Tower:
- Utilizes natural airflow with timber-based construction.
- Cost-effective for smaller systems.
Timber Induced Draft Cooling Towers:
- Built with treated timber for longevity.
- Incorporates induced draft technology for enhanced cooling efficiency.
Pultruded FRP Induced Draft Cooling Tower:
- High-strength pultruded FRP ensures excellent corrosion resistance.
- Optimal for aggressive environments with high heat loads.
Timplast Counter Flow Cooling Towers:
- Combines timber structure with PVC fills for superior performance.
- Effective in industries requiring precise temperature control.

Timplast Counter Flow Cooling Towers having Timber Structure and PVC Fills

Combines timber structure with PVC fills for superior performance. Effective in industries requiring precise temperature control.

Pultruded FRP Induce Draft Cooling Tower

High-strength pultruded FRP ensures excellent corrosion resistance. Optimal for aggressive environments with high heat loads.

Timber Induced Draft Cooling Towers

Built with treated timber for longevity. Incorporates induced draft technology for enhanced cooling efficiency.

Timber Natural Draft Cooling Tower

Utilizes natural airflow with timber-based construction. Cost-effective for smaller systems.

Timber Cross Flow Induced Draft Cooling Towers

Features a crossflow design for improved water distribution. Suitable for medium to high heat load operations.

FRP and Treated Timber Induced Draft Cooling Towers

Combines durable FRP with treated timber for structural support. Efficient for large-scale industrial applications.

FRP Natural Draft Towers

“Operate without fans, using natural airflow for heat dissipation. Ideal for low-energy consumption applications.”

FRP Counter Flow Towers

“Designed for high-efficiency heat transfer. Water flows downward while air moves upward, maximizing cooling performance.”

FRP Induced Draft Cooling Towers

“Made from corrosion-resistant FRP (Fiberglass Reinforced Plastic). Uses a powerful fan to draw air through the system, ensuring efficient cooling.”

Specification	Details
Capacity Range	5 TR to 10,000 TR
Heat Load Capacity	Up to 200 MW
Materials	FRP, treated timber, PVC fills
Airflow Design	Induced draft, counterflow, natural draft
Certifications	ISO, CE, ASME
Operating Temperature	Up to 80°C
Control Systems	PLC/SCADA options for automation
Maintenance Accessibility	Easy access panels
Efficiency	85% to 95% depending on type

Pricing and Use Cases

Type of Cooling Tower	Initial Cost	Operating Cost	Maintenance Cost	Best Use Case
FRP Induced Draft Cooling Towers	Moderate	Moderate	Low	HVAC and chemical industries
FRP Counter Flow Towers	High	Low	Moderate	Power plants and large-scale cooling
Timber Natural Draft Towers	Low	Low	Moderate	Small-scale applications
Pultruded FRP Induced Draft Towers	High	Moderate	Low	Aggressive environments
Timplast Counter Flow Cooling Towers	Moderate	Moderate	Low	Food processing and pharmaceuticals

Countries and Cities Supplied

We have successfully supplied and exported our Cooling Tower by Types to the following countries and cities:

Country	Cities
India	Mumbai, Delhi, Pune, Chennai, Kolkata
UAE	Dubai, Abu Dhabi, Sharjah
USA	New York, Houston, Los Angeles
UK	London, Birmingham, Manchester
Germany	Berlin, Frankfurt, Hamburg
Australia	Sydney, Melbourne, Brisbane
South Africa	Johannesburg, Cape Town, Durban
Singapore	Singapore City

Key Clients

Our esteemed clients include:

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Key Questions About Cooling Tower by Types?

What are the advantages of cooling towers?

Improved energy efficiency and reduced operational costs.
Environmentally friendly with optimized water usage.
Long lifespan with minimal maintenance requirements.

How does a cooling tower work?

Cooling towers work by evaporating water to remove heat from process systems, with the cooled water being recirculated for reuse.

What is the principle of a cooling tower?

The principle involves heat exchange between warm water and ambient air, with heat dissipated through evaporation.

Which industries benefit most from cooling towers?

Industries like HVAC, power generation, chemical processing, and manufacturing heavily rely on cooling towers for efficient thermal management.

What are the four types of cooling towers?

Induced Draft Towers
Counter Flow Towers
Natural Draft Towers
Cross Flow Towers

What is the COC in cooling towers?

COC (Cycles of Concentration) measures how efficiently water is being reused within the cooling system, impacting operational efficiency and water savings.

What is the full form of CT fan?

CT fan stands for Cooling Tower fan, a critical component in induced draft systems.

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Cooling Tower by Types

Table of Contents

Why Choose Ascent Machineries for Cooling Towers?

What Are the Types of Cooling Towers?

Technical Specifications