India
Europe
France
Germany
UAEData Center Cooling Solutions
Adiabatic · Dry · Hybrid · Closed-Circuit Cooling Towers for Hyperscale, Colocation & AI Facilities
Cooling Solutions for Data Centers: Engineering for Uptime, Efficiency & Scalability
Mist Air Coill Coolers designs and manufactures high-performance data center cooling solutions engineered to maintain stable thermal conditions while reducing water consumption, minimizing operating costs, and supporting long-term infrastructure growth. Our CTI-Corporate Member cooling towers, adiabatic cooling systems, closed-circuit cooling towers, hybrid cooling systems, and dry cooling solutions are developed for mission-critical facilities where uptime, efficiency, and sustainability are non-negotiable.
Whether you're planning an edge data center, enterprise colocation facility, hyperscale campus, AI infrastructure, or Bitcoin mining operation, our cooling technologies help operators improve thermal performance, optimize Power Usage Effectiveness (PUE), lower Water Usage Effectiveness (WUE), and prepare for future computing demands.
Data Center Cooling Solutions for Global Climate
Every data center operates under unique environmental conditions, regulatory frameworks, and performance expectations. From water conservation requirements in India to ultra-low PUE targets in Europe and extreme ambient temperatures across the Middle East, cooling infrastructure must be engineered for local operating conditions—not adapted as an afterthought.
India
With rapidly growing hyperscale and enterprise data centers, India is placing greater emphasis on energy-efficient cooling technologies, water conservation, and regulatory compliance.
Germany (EnEfG)
Germany's digital infrastructure continues to lead Europe in sustainable data center development. Our advanced cooling solutions support facilities targeting low PUE, reduced carbon emissions, improved heat rejection efficiency, and long-term operational sustainability while aligning with modern energy efficiency requirements.
UAE & GCC
Data centers across the UAE and GCC operate in some of the world's highest ambient temperatures, where thermal stability is critical for uninterrupted operations. Our adiabatic cooling systems, dry cooling towers, and hybrid cooling technologies are engineered to deliver consistent cooling performance, optimize water usage, and maintain high reliability under demanding desert conditions.
Southeast Asia
The rapid growth of cloud computing, AI infrastructure, and colocation facilities across Southeast Asia requires cooling systems that perform efficiently in high-temperature and high-humidity environments. Our closed-circuit cooling towers, hybrid cooling systems, and adiabatic technologies provide stable thermal performance, lower operating costs, and enhanced equipment protection for mission-critical applications.
Advanced Cooling Systems for AI, Hyperscale & Enterprise Data Centers
Mist Air Coill Coolers offers a comprehensive portfolio of CTI-corporate member data center cooling systems, engineered to support everything from compact edge facilities to hyperscale AI campuses. Our solutions are designed for high-density computing, Net Zero initiatives, ESG commitments, low Power Usage Effectiveness (PUE), water conservation, and future-ready digital infrastructure, Built with premium BEE 4-Star compliant energy-efficient components, corrosion-resistant materials, and industrial-grade engineering, our cooling systems deliver reliable thermal performance while helping operators reduce operating costs, improve resource efficiency, and scale with confidence.
Adiabatic Cooling Towers for Water-Efficient AI & High-Density Data Centers
Reduce cooling water demand with evaporative assistance used only when ambient conditions require it.
Support high-density computing with reliable heat rejection for AI, HPC and hyperscale infrastructure.
Maintain thermal stability in hot climates while reducing dependence on energy-intensive mechanical cooling.
Improve lifecycle efficiency by balancing water use, cooling energy, reliability and future capacity needs.
Dry Cooling Towers for Waterless & Sustainable Data Center Cooling
Eliminate routine evaporative water use with air-cooled heat rejection for facilities prioritizing water conservation.
Deliver dependable thermal management for enterprise, hyperscale, AI and other high-density data center environments.
Reduce water-treatment and blowdown requirements by removing the evaporative cooling circuit from normal operation.
Support sustainable, long-life infrastructure with lower water dependency and a cooling strategy matched to site climate and load.
Evaporative Fluid Coolers for Efficient Closed-Loop Heat Rejection
Protect critical cooling loops with closed-circuit heat rejection and reduced process-fluid contamination.
Deliver stable thermal performance for continuous data center cooling and high-density workloads.
Reduce maintenance and fouling risk compared with exposed process-water circuits.
Improve lifecycle efficiency through optimized water, energy, and cooling-system operation.
Hybrid Cooling Towers for Data Centers: Flexible Water & Energy Optimization
Combine dry and evaporative heat rejection to adapt cooling operation to changing ambient conditions and data center load.
Designed for enterprise, colocation, AI and hyperscale facilities where water consumption, energy use and uptime must be balanced.
Reduce unnecessary water use in favorable conditions while adding evaporative cooling when higher ambient temperatures require additional heat-rejection capacity.
Improve lifecycle performance and operational flexibility with a cooling strategy selected around your climate, design temperatures, heat load and efficiency targets.
Data Center Cooling Engineering for Reliable, Efficient Infrastructure
Engineered cooling solutions for AI, HPC, enterprise and hyperscale data centers, matched to rack density, climate, water availability and uptime requirements.
From adiabatic and dry cooling to closed-circuit and hybrid systems, we help data center teams optimize thermal performance, resource use and lifecycle operating costs.
Smarter Water Management for Data Center Cooling
Optimize cooling-water consumption across cooling towers, heat-rejection systems, and facility water loops while maintaining the thermal performance required for continuous data center operations.
Designed for enterprise, colocation, AI, HPC, and hyperscale facilities, our approach helps teams control water use, treatment requirements, operating costs, and long-term sustainability.
Space-Efficient Cooling Solutions for Data Centres
Maximize your data centre's available space with engineered cooling tower and industrial cooling solutions designed to meet demanding thermal loads and site constraints. Mist Air Coil Cooler develops cooling solutions focused on reliable performance, energy and water efficiency, and scalable capacity for growing data centre infrastructure. From new installations to capacity expansion, we help you plan cooling systems around your project's operational requirements.
Plan Cooling Infrastructure for Tomorrow's Data Centre
As IT loads increase and facilities expand, cooling infrastructure must be assessed against changing heat rejection requirements. Mist Air works with project teams to evaluate cooling capacity, equipment configuration and the potential for phased expansion. Plan for future demand while considering installation space, system compatibility and operational requirements.
Technical Specifications – Data Center Cooling Towers
| Parameter | Adiabatic Tower | Dry Cooler | Closed-Circuit Tower |
|---|---|---|---|
| Cooling Capacity (Single Unit) | 50 kW – 6 MW | 20 kW – 4 MW | 100 kW – 5 MW |
| Water Consumption (Annual Avg) | 0.05 – 0.12 m³/MWh | 0 m³/MWh | 0.3 – 0.6 m³/MWh |
| PUE Achievable | 1.12 – 1.25 | 1.20 – 1.40 | 1.15 – 1.25 |
| Approach (Design) | 2-4°C above wet bulb | 7-10°C above ambient DB | 3-5°C above wet bulb |
| Fan Motors | IE5/EC, VFD | IE5/EC, direct drive | IE4/IE5 high efficiency |
| Materials | HDG/SS304/SS316, Cu-Al coils | HDG/SS304 coils | HDG/SS316, epoxy-coated coils |
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