Engineered Heat Rejection.
Industrial Cooling Tower Systems.
Thermal sizing, fill media selection, water treatment specification, and mechanical servicing i.e., designed as integrated components of the broader thermal system, not as standalone equipment items.
Optimized for Tropical Climates
Cooling towers in high-humidity regions require larger fill volumes and higher air-to-water ratios to maintain performance. Cueron towers are specifically designed for high wet-bulb temperatures (28°C - 30°C) common in industrial zones.
We utilize pultruded FRP (Fiberglass Reinforced Plastic) structural components that are impervious to corrosion, extending asset life to 25+ years compared to standard galvanized steel structures.
Select the Right Heat Rejection Technology
Open Circuit Industrial Towers
Induced Draft Counterflow (FRP/Concrete)
- Capacity: 50 TR to 2500 TR per cell
- Approach: Designed for < 4°C approach to WBT
- Material: pultruded FRP structure (25+ year life)
- Fan: Ultra-low noise, adjustable pitch FRP blades
- Fill: PVC headers with honeycomb/film fill pack
Closed Circuit Fluid Coolers
Evaporative Condensers
- Process fluid remains contaminant-free (closed loop)
- Coil material: HDG Steel or SS304/316 tubes
- Reduced fouling scale on heat exchangers
- Glycol-compatible for sub-zero ambient operation
- Hybrid mode option (dry/wet) for water savings
Adiabatic Dry Coolers
Zero Water Consumption Mode
- No standing water sump (Legionella risk eliminated)
- V-bank coil configuration for small footprint
- Pre-cooling pads depress dry bulb temp before coil
- EC fans with infinite variable speed control
- Water usage reduced by >80% annually vs. wet towers
Engineering Parameters
Designed to meet CTI (Cooling Technology Institute) Standard STD-201 performance certification.
Smart Maintenance Ecosystem
Cooling towers are often the most maintenance-intensive utility. Our designs incorporate automation to reduce manual intervention and prevent scaling that degrades heat transfer efficiency.
Water Treatment
Automated conductivity-based bleed-off & chemical dosing to prevent scale/corrosion.
Filtration
Side-stream sand usage filtration removes suspended solids down to 20 microns.
Component Access
External lube lines, oversized access doors, and internal walkways for safe inspection.
VFD Control
Fan speed modulation maintains basin temp setpoint while saving 30-50% fan energy.
Annual Savings Calculator
Typical savings for a 500 TR tower switched from constant speed to VFD control with automated bleed-off.
Upgrade Your Heat Rejection System
Get a detailed thermal design proposal including approach temperature calculations, evaporation loss analysis, and lifecycle cost comparison.