Explore Encon's Energy efficient Cooling Tower designed for sustainability and growth


ENCON Energy Efficient FRP Cooling Tower

Driven by decades of innovation and industry insight, Encon provides advanced thermal solutions for every cooling tower application — from compact, factory-assembled systems to large field-erected FRP towers.

Our designs prioritize energy efficiency, corrosion resistance, and thermal reliability. With CTI-tested performance, durable construction, and low-maintenance operation, Encon towers deliver long-term value across diverse industrial environments.

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Cooling Tower


Counterflow CT


Counterflow CT


Counterflow CT


Crossflow CT


Counter flow CT



Pultruded FRP Counterflow Cooling Towers

  • Engineered for durability and thermal efficiency, Encon’s Pultruded FRP Counterflow Cooling Towers are ideal for industrial applications requiring long-term performance in corrosive and high-load environments.
  • Constructed using pultruded fiberglass-reinforced plastic (FRP), these towers offer:
  • Exceptional corrosion resistance — Suitable for coastal, chemical, and power plant environments.
  • Compact & efficient counterflow design — Reduces footprint while maximizing thermal performance.
  • High structural strength — FRP profiles provide excellent rigidity and impact resistance, ensuring long service life.
  • Weather and UV resistance — Unaffected by sun, rain, or wind, maintaining integrity across seasons.
  • Lightweight construction — Simplifies installation and reduces civil foundation loads.
  • Low maintenance — FRP requires no painting or protective coatings, lowering life-cycle costs.
  • Each tower is modular, field-assembled, and CTI-tested, ensuring performance reliability and adaptability to varying cooling loads.


Pultruded FRP Crossflow Cooling Towers

  • Encon’s Pultruded FRP Crossflow Cooling Towers combine high-performance thermal design with long-lasting structural integrity — ideal for industrial cooling in aggressive environments
  • Built with pultruded FRP (fiberglass-reinforced plastic), these towers deliver:
  • Corrosion-resistant structure — Withstands harsh water chemistry, including seawater and effluents.
  • Efficient crossflow configuration —Allows easy access to internal components and ensures low-pressure water distribution with minimal drift loss.
  • High mechanical strength — FRP pultrusions offer superior load-bearing capacity with excellent rigidity and impact resistance.
  • Ease of maintenance — — Open design supports easy inspection, servicing, and safe walkways.
  • UV and weather resistance — Maintains performance and structural integrity across all climates.
  • Lightweight and modular — Reduces site civil load and speeds up field erection.


Pultruded FRP Package Cooling Towers

  • Encon offers compact, factory-assembled cooling towers built from pultruded fiberglass-reinforced plastic (FRP), engineered for energy efficiency and durability in industrial applications.
  • Key Advantages:
  • Space-saving, efficient design — Available in eight standard models with fan diameters from 500 mm to 2,430 mm, covering capacities from 20 TR to 300 TR.
  • Water-smart operation — Engineered to conserve water, minimize chemical usage, and reduce CO₂ emissions.
  • Industry-strength materials — Built with weather‑ and corrosion‑resistant FRP, offering a long service life and low maintenance.
  • Energy-efficient mechanics — Optimized fan-fills, carbon‑fiber drives, and top-tier FRP fans reduce power consumption and noise
  • Sustainable and cost-effective — Sustainable construction that lowers heat pollution and cuts overall operating costs.
  • Why choose Encon's package towers?
  • Factory-tested performance — Each unit is optimized for thermal efficiency and turnkey reliability.
  • Modular models — Easily integrate into HVAC, process cooling, chiller loops, and more.
  • Ideal for quick deployment — Perfect for plants needing rapid commissioning with minimal downtime.


Spares and Revamping

  • On-site servicing and full refurbishment of all cooling tower types
  • Replacement of fill media, drift eliminators, nozzles, and fan assemblies
  • Fan blade refurbishment and drive alignment
  • Performance audits and CTI-standard testing

Why Encon

— Efficient upgrades, fast execution, and long-lasting materials — ensuring reliable cooling tower operation across industries.



Cooling Tower Features

  • High Thermal Efficiency:
  • World Class Software for CT designing.
  • Efficient designing of hot water distribution system.
  • Top quality of Cooling Tower internals (Fills & Drift Eliminators).
  • High Mechanical Efficiency:
  • High Efficiency Fans.
  • Carbon Fiber drive Shafts.
  • High Service Factor Gearbox.
  • High Electrical Efficiency:
  • Highly Efficiency motor.
  • Best in class Fan Recovery Stack.
  • Additional Features:
  • Low Maintenance
  • High Product Life Cycle.
  • Low noise.
  • Low installation time.
  • Rich experience & proven technology.
  • Well recognized brand name.


Cooling Tower Comparison between Materials of Construction

Cooling towers can be made from a large variety of materials of construction. A small comparison between Concrete, FRP and Timber highlights the difference between them and their relative advantages and disadvantages.

# Criteria Timber FRP RCC
1 Quality Available Timber of low grade Consistent and High quality Depends on specifications
2 Installation & Operating Cost Low installation cost & high operation cost Slightly high installation cost but low operation cost High cost for small tower
3 Operation & Maintenance High Low High for corrosive environment
4 Length of Members Small Tailor make (as per requirement) As per design
5 Bio Decay Decays due to Fungus, Algae & Bacteria No such decay Algae formation
6 Repair & Replacement Very frequent Very less Very less
7 Life 5 Years 15-20 Years 20 Years
8 Environmental Impact Wood logging & treatment of wood plays havoc with environment No such direct impact No such direct impact