Overview
In today’s digital world, data centers rely on consistent, efficient cooling to keep equipment running properly. Cooling isn’t just about performance it also affects energy use and sustainability. At International Cooling Tower, we focus on effective and lasting heat exchangers that deliver efficient cooling with long-term performance. Our advanced technology, combined with the reliability and durability of our heat exchangers, delivers dependable, long-term performance.
Application areas for Data Center cooling solutions:
Air-based cooling: A proven way to control temperatures in data centres. Air coolers help keep server rooms evenly cooled, preventing overheating and improving efficiency
Liquid cooling: An increasingly common option. It cools components directly using non-conductive liquids, allowing for better heat removal.
Specialized applications: Areas like utilities and crypto mining need customized cooling. Heat exchangers and tailored systems help manage heat in these demanding environments
Our Towers
Air Cooled Heat Exchanger (ACHE)
Overview
An air cooled heat exchanger (ACHE) works by sending hot process fluid through finned tubes while fans move ambient air across those fins, allowing heat to flow from the fluid into the passing air.
The ICT Advantage
ICT offers a wide range of ACHE cooling solutions for the North American market. From smaller factory assembled package units to large scale field erected solutions to match the size and constraints of any project. Our Team of Engineers, develops customized dry cooling solutions to drive optimization and efficiency in the cooling industry.
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Solutions
Our ACHE’s meet the specific requirements of large-scale data centers and the most stringent industry specifications for the petrochemical industry. With extensive experience in harsh climates, ICT offers specific dry cooling features where extreme heat or freezing risks must be managed.
The key advantages of air-cooled heat exchangers can be summarized as follows:
- Reduced Water Usage
- Lower Maintenance Costs
- Environmental Benefits
- Simpler Operation
Media & Photos
ACHE Model
ACHE Installed
ACHE Hybrid Model
Diagram
ACHE Delivered
Overview
An adiabatic dry cooler primarily functions as a an Air Cooled Heat Exchanger (ACHE), using fans to draw ambient air across a finned heat exchanger coil.
The ICT Advantage
ICT offers a wide range of ACHE cooling solutions for the North American market which can be upgraded with an adiabatic assist spray/misting system. From smaller factory assembled package units to large scale field erected solutions to match the size and constraints of any project.
More Information
Solutions
Our Team of Engineers, develops customized cooling solutions to drive optimization and efficiency in the cooling industry. Our ACHE’s meet the specific requirements of large-scale data centers and the most stringent industry specifications for the petrochemical industry. With extensive experience in harsh climates, ICT offers specific cooling features where extreme heat or freezing risks must be managed.
Media & Photos
Adiabatic Dry Cooler Render
Flow Diagram
Overview
A cooling tower and an air cooled heat exchanger (ACHE ) can be arranged in series or parallel to reduce water consumption while still meeting the cooling requirements.
The ICT Advantage
ICT offers customizable combination cooling solutions to meet project specifications. Whether the Project goals are plume reduction, operational flexibility, power or water reduction, our Team of Engineers, utilizes our in-house developed software to optimize combination cooling solutions to drive efficiency in the cooling industry.
More Information
Solutions
With extensive experience in harsh climates, ICT offers specific features where extreme heat or freezing risks must be managed
Media & Photos
ACHE Hybrid Model
Combination Wet/Dry Diagram
Overview
A hybrid cooling tower combines features of wet (evaporative) and dry (air cooled) cooling technologies in a single piece of equipment. Its purpose is to reduce water consumption, visible plume, and environmental impact while maintaining heat rejection performance close to that of a conventional wet cooling tower.
The ICT Advantage
Our Team of Engineers utilizes our in-house developed software to optimize hybrid cooling solutions to drive efficiency in the cooling industry. With extensive experience in harsh climates, ICT offers specific features where extreme heat or freezing risks must be managed.
More Information
Solutions
ICT offers customizable hybrid cooling solutions to meet project specifications. Whether the Project goals are plume reduction, operational flexibility, power or water reduction.
Media & Photos
Hybrid Cooling Tower Model
Hybrid Cooling Tower Model
Diagram
Overview
An evaporative fluid cooler cools a closed circuit fluid (such as water, glycol, or process fluid) by combining sensible heat transfer and evaporative cooling. It is sometimes referred to as a closed circuit cooling tower.
The ICT Advantage
ICT offers custom evaporative fluid coolers that deliver the performance advantages of evaporative cooling while keeping the process fluid in a fully closed loop. This design allows a wide range of process fluids to be cooled efficiently, with the heat exchanger integrated directly into the tower footprint for a compact and reliable solution.
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Solutions
This design allows a wide range of process fluids to be cooled efficiently, with the heat exchanger integrated directly into the tower footprint for a compact and reliable solution.
Media & Photos
Evaporative Cooler Render
Diagram
Overview
Hot water from the process enters the cooling tower and is distributed uniformly over a fill media, where it flows downward while air is drawn through the fill media by natural or mechanical draft. As the air contacts the warm water, heat is transferred from the water to the air through evaporation. This evaporation removes latent heat from the remaining water, reducing its temperature. The cooled water then collects in the cold-water basin at the bottom of the tower and is pumped back to the process for reuse, while makeup water is added to replace losses due to evaporation, drift, and blowdown.
The ICT Advantage
A wet cooling tower rejects heat from an open-loop circulating water system to the atmosphere primarily through evaporative cooling. ICT is North Americas market leader in customized wet cooling solutions. We offer the highest quality wet cooling products, custom tailored to the requirements of each application. Our Team of Engineers, utilizes our in-house developed software to optimize wet cooling solutions to drive efficiency in the cooling industry.
More Information
Solutions
ICT’s extensive experience in harsh climates, we offer specific wet cooling features where freezing risks must be managed.
Media & Photos
Cooling Tower Render Build
Cooling Tower Counterflow
Cooling Tower Crossflow
Counterflow Diagram
Crossflow Diagram