Industrial Cooling Towers

Industrial Cooling Towers

30000.0 INR/Piece

Product Details:

  • Air Flow 18000 to 100000 CFM
  • Motor Three Phase Electric Motor, 315 HP
  • Refrigerating Capacity Up to 1000 TR (Ton of Refrigeration)
  • Application Industrial Process Cooling, HVAC, Power Plants, Chemical Plants
  • Material FRP (Fiber Reinforced Plastic) Casing, Stainless Steel/Hot Dip Galvanized Hardware
  • Condition New
  • Type Induced Draft / Cross Flow / Counter Flow
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Industrial Cooling Towers Price And Quantity

  • 1 Kilograms
  • 30000.0 INR/Piece
  • Less than 0.02% of circulating water flow
  • FRP / Aluminum Axial Fan
  • Low, Easy Access Panels
  • 9001440 rpm
  • Up to 50C
  • Modular, Easy to Assemble
  • 1520 Years
  • Up to 60C
  • High, due to FRP Construction
  • As per process requirement (commonly 2832C)
  • PVC / PP Splash or Film Fill

Industrial Cooling Towers Product Specifications

  • 18000 to 100000 CFM
  • Up to 1000 TR (Ton of Refrigeration)
  • Three Phase Electric Motor, 315 HP
  • Copper/SS/GI (Depending on Model)
  • Acoustic Enclosures, Low Noise Fans
  • Industrial Process Cooling, HVAC, Power Plants, Chemical Plants
  • Customized, eg. 2.5m x 2.5m x 4m (varies per model)
  • 380/415 V
  • ABS / Polypropylene
  • FRP (Fiber Reinforced Plastic) Casing, Stainless Steel/Hot Dip Galvanized Hardware
  • Electric, 3 Phase, 50 Hz
  • Induced Draft / Cross Flow / Counter Flow
  • 20 to 450 m/hr
  • New
  • Wet Cooling (Evaporative)
  • 115 HP
  • Less than 0.02% of circulating water flow
  • FRP / Aluminum Axial Fan
  • Low, Easy Access Panels
  • 9001440 rpm
  • Up to 50C
  • Modular, Easy to Assemble
  • 1520 Years
  • Up to 60C
  • High, due to FRP Construction
  • As per process requirement (commonly 2832C)
  • PVC / PP Splash or Film Fill

Industrial Cooling Towers Trade Information

  • 1 Week

Product Description

SCT-H Cooling Towers GEM Equipments

GEM SCT-H Cooling Towers are designed for high-efficiency heat rejection, compact installation, and reliable industrial performance. Built with a robust FRP structure and a counter-flow induced draft design, SCT-H towers ensure uniform water distribution and consistent coolingindependent of wind direction.

Equipped with high-efficiency PVC fills, energy-saving axial fans, and uniform water distribution systems, SCT-H cooling towers deliver optimal thermal performance with low power consumption and minimal maintenance. Their corrosion-resistant construction makes them ideal for continuous operation in demanding industrial environments.

SCT-H Cooling Towers by GEM offer a durable, cost-effective cooling solution for process industries, HVAC, compressors, and general industrial applications.



Superior Performance and Durability

Designed for tough industrial environments, our cooling towers offer long service life (15-20 years) with low maintenance. The combination of FRP casing and stainless steel or hot dip galvanized hardware ensures robust corrosion resistance, while high-efficiency fans and fill media maintain consistent cooling results.


Efficient Cooling for Multiple Applications

These towers are ideal for various processes, including industrial HVAC, power generation, and chemical manufacturing. The system manages inlet water temperatures up to 60C and customizes outlet temperatures according to operational needs, typically 28-32C, supporting a range of cooling requirements.


User-Friendly Modular Design

Each unit features a modular structure for quick assembly and straightforward access, thanks to easy-to-remove panels. The inclusion of acoustic enclosures and low-noise fans helps maintain a quiet working environment, making the towers suitable for both indoor and outdoor installation in demanding industrial settings.

FAQ's of Industrial Cooling Towers:


Q: How does the modular design of these industrial cooling towers benefit installation and maintenance?

A: The modular structure allows for easy assembly, disassembly, and site adjustment, reducing installation time. Access panels make routine maintenance and inspections straightforward, minimizing downtime and ensuring consistent performance.

Q: What types of industries commonly use these cooling towers and why?

A: These cooling towers are used in industries such as power plants, chemical processing, HVAC, and industrial manufacturing. They are preferred because they manage high water flow rates (20-450 m3/hr), offer reliable cooling (up to 1000 TR), and withstand harsh conditions with high corrosion resistance.

Q: What ensures the cooling towers' long service life and durability?

A: Constructed with corrosion-resistant FRP casing and stainless steel or galvanized hardware, and equipped with robust axial fans, these towers are designed to last 15-20 years even in demanding environments. The fill material (PVC or PP) and quality construction contribute further to their longevity.

Q: How does the cooling tower control water and energy losses during operation?

A: The advanced fill media design, aerodynamic fans, and efficient drift eliminators limit drift losses to less than 0.02% of circulating water. Coupled with optimized motor performance and acoustic enclosures, the towers achieve significant water and energy savings.

Q: When and where should these cooling towers be installed for optimal performance?

A: Installation is recommended wherever industrial process cooling is needed, such as at manufacturing plants, powerhouses, or chemical facilities. They are best installed outdoors or in well-ventilated areas to allow proper airflow and accommodate the high-volume operations.

Q: What maintenance practices are recommended for these cooling towers?

A: Regular inspection of fill media, fans, and motors is advised. The easy-access panels facilitate cleaning and troubleshooting. Periodic checking of water quality and drift eliminators ensures optimal efficiency and extends the system's service life.

Q: What benefits do users gain from FRP construction and advanced noise control features?

A: FRP construction offers superior resistance to corrosion, chemicals, and weather, reducing the need for repairs. Acoustic enclosures and low-noise fans ensure quieter operation, resulting in a more comfortable work environment and compliance with noise regulations.

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