50 kW to 3000 kW Gases
Dry Cooler
Gases

Dry Cooler

Dry Cooler offers efficient, closed-loop cooling using ambient air, minimizing water use for sustainable industrial heat rejection.

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Dry Cooler offers sustainable, closed-loop cooling by utilising ambient air, significantly reducing water consumption while ensuring reliable industrial heat rejection and optimal thermal performance with minimal environmental impact. 

Dry Cooler provides efficient, closed-loop, water-free cooling by rejecting heat to ambient air, making it an ideal solution for sustainable and low-maintenance industrial operations. Designed for applications where water availability is limited or restricted, dry coolers use high-efficiency finned coils and energy-efficient fans to deliver consistent thermal performance. Their compact, modular construction allows easy installation, expansion and integration with existing systems. Built with corrosion-resistant materials, dry coolers ensure long service life, reduced operating costs and dependable cooling across a wide range of industrial environments while supporting environmental sustainability goals. 

Technical data

  • Product Capacity/ Performance Range: 50 kW – 3000 kW onwards per single unit (varies by application and ambient temperature)
  • Energy Source: Ambient Air (via axial fans; forced or induced draft)
  • Flexibility/Customisation Options: Horizontal/vertical airflow, fan speed control (VFDs), Fan type: EC/AC, choice of fin and tube materials (aluminium, copper, SS) and modular construction
  • Temperature Range: Inlet Fluid: Up to 80°C; Outlet Fluid: typically, 5°C to 10°C above ambient
  • Temperature Approach: Minimum 4°C
  • Process Fluid Options: Water, Glycol-water mixtures, oils, coolants and industrial fluids

Product features

Water-Free Operation
Eliminates water consumption by using ambient air for heat rejection, supporting sustainable operations
Closed-Loop Cooling System
Prevents contamination, scaling and fluid losses, ensuring consistent and reliable cooling performance
High-Efficiency Finned Coils
Maximises heat transfer through increased surface area and optimised airflow design
Modular and Compact Design
Allows easy installation, space optimisation and scalability as process demands grow
Corrosion-resistant construction
Ensures durability and long operational life even in harsh industrial or outdoor environments
Low Noise Operation
Engineered with optimised fans and airflow paths to meet industrial noise regulations
Reduced Maintenance Requirements
Fewer moving parts and sealed circuits lower maintenance frequency and operating costs
Seamless Integration with Existing Processes
Dry coolers integrate effortlessly with existing systems, enabling efficient heat rejection with minimal piping changes and downtime
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.