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The KFCN Series Hybrid Closed Circuit Cooling Tower combines the benefits of dry cooling and evaporative cooling in a single high-efficiency system. Through a finned pre-cooling heat exchanger located above the evaporative section, process fluid is partially cooled before entering the wet cooling stage.
Solution Advantages
[01]
100% Closed-Loop Isolation
Complete physical separation between the internal process fluid and external ambient air, ensuring zero contaminant ingress.
[02]
Adaptive Tri-Mode Operation
Smart switching between Dry, Wet, and Hybrid modes across seasons to minimize annual power and water usage.
[03]
Maximized Footprint Efficiency
Staggered coil geometries that pack 15% more thermal performance into highly constrained physical spaces.
Data Center Industry Solutions
Data Center Industry Challenges
With soaring heat densities from AI and hyperscale workloads, operators face extreme pressure to slash PUE (Power Usage Effectiveness) and WUE (Water Usage Effectiveness). Traditional open cooling towers consume enormous amounts of water, risking environmental rejection in water-scarce zones. Additionally, airborne contaminants in open loops cause scaling and clogging in plate heat exchangers or server-side microchannels, leading to fatal localized overheating.
CRONX (formerly CASEN) Dedicated Equipment & Solutions
CRONX (formerly CASEN) deploys advanced Closed Circuit Cooling Towers to isolate the critical data center loop (pure water or glycol solution) entirely inside heavy-duty, seamless coil bundles. To conquer the high-OpEx challenge, the integrated smart control system runs in pure air-cooled Dry Mode during winter to bring water consumption to absolute zero, while leveraging evaporative latent heat in Wet/Hybrid Modes during peak summer, dramatically shaving down the PUE metric.
Product Application project
08 July 2026
A large industrial park located in a tropical coastal region of the Philippines required a reliable circulating water cooling solution for multiple manufacturing facilities. The cooling system serves both central air-conditioning systems and process cooling equipment. Due to the region’s high temperatures, humidity, and salt-laden coastal air, the customer required a corrosion-resistant, low-maintenance solution capable of delivering stable performance year-round.
- Closed-Circuit Cooling Tower
Related Products
The KCN Series Counterflow Closed Circuit Cooling Tower removes process heat through evaporative cooling. Heat from the process fluid circulating inside the coil is transferred to the external spray water, while an induced-draft fan discharges heat to the atmosphere through evaporation.
The KCH Series Parallel Flow Closed Circuit Cooling Tower is designed to remove process heat through evaporative cooling, combining spray water, airflow, and heat exchange coils to deliver highly efficient thermal performance.
The KCF Series Crossflow Closed Circuit Cooling Tower is engineered for efficient process cooling through evaporative heat rejection. Heat from the process fluid circulating inside the coil is transferred to the spray water and ultimately discharged to the atmosphere by the fan system.
The KWN/H Series Wastewater Closed Circuit Cooling Tower is purpose-built for cooling highly contaminated, solids-bearing, viscous, or fouling-prone process fluids. Unlike conventional cooling towers, it incorporates mechanically cleanable header boxes and straight-tube heat exchanger technology, allowing direct physical cleaning of heat transfer surfaces.
