SCI Cooling Towers proudly manufactures high-performance Forced Draft FRP Cooling Towers tailored for Indian industrial and commercial needs. In forced draft designs, powerful centrifugal or axial fans are positioned at the base of the tower, pushing (forcing) ambient air upward through the fill media and water distribution system. This creates positive pressure inside the tower, ensuring consistent airflow even in confined or ducted installations.

Unlike induced draft towers (where fans pull air from the top), forced draft models excel in scenarios requiring precise airflow control, indoor placement, or lower upfront costs without sacrificing durability.

Key Advantages of SCI Forced Draft FRP Cooling Towers

• Compact & Space-Saving Design — Ideal for rooftops, indoor plants, or sites with limited footprint; smaller overall height compared to many induced draft models.
• Easy Fan & Motor Maintenance — Fans and drives at ground level or base height — no ladders or platforms needed for routine inspections, lubrication, or repairs.
• Lower Initial Cost — Simpler structural requirements and centrifugal fan options often make forced draft towers more economical to purchase and install.
• Corrosion-Free FRP Construction — Premium fiberglass reinforced plastic casing, basin, and internals resist rust, scaling, chemicals, and harsh Indian weather (coastal humidity, high TDS water).
• Reduced Recirculation with Proper Design — When ducted or with adequate separation, positive pressure minimizes hot air re-entry.
• Quiet Operation Potential — Centrifugal fans (common in forced draft) produce lower noise levels than axial fans in induced draft towers, especially when baffled or enclosed.
• Handles High Static Pressure — Suitable for ducted air intake/exhaust in indoor or restricted environments.
• Long Service Life — 20+ years with minimal degradation; FRP withstands aggressive environments better than wooden, RCC, or galvanized alternatives.

Technical Highlights

• Capacity Range: 10 TR to 500+ TR (multi-cell for higher loads)
• Fan Type: Centrifugal (quiet, high static pressure) or axial
• Fill Media: High-efficiency PVC film or splash type
• Drift Eliminators: Cellular type (<0.02% drift loss)
• Motors: Energy-efficient IE3/IE4, TEFC enclosure
• Customization: Square/rectangular shapes, ducting provisions, VFD for variable loads