30 TR to 3000 TR
Gas
Gas
Exhaust Driven Absorption Chillers
Efficient cooling powered by waste exhaust heat, transforming energy recovery into sustainable chilled water
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Exhaust-driven Absorption Chiller converts waste exhaust heat into efficient, sustainable cooling and reduces energy costs.
Exhaust-driven Absorption Chiller captures and utilises waste exhaust heat for efficient cooling without electricity-intensive compressors. Its advanced heat recovery design improves energy efficiency, lowers operational costs and reduces greenhouse gas emissions. Ideal for power plants, steel, cement and chemical industries, it delivers significant cost savings by reducing electricity and fuel consumption. The system features natural refrigerants with zero ozone depletion potential, a compact and corrosion-resistant design and smart controls for optimised performance and easy maintenance, making it a sustainable cooling solution.
Technical data
- Product capacity/performance range: 30-3000 TR
- Energy source: Exhaust gases from engines, turbines, boilers, or furnaces (typically 250 °C to 600 °C)
- Compliance/standards: ISO, ASME, CE, ETL, NB, JIS, ASHRAE Standard
- Flexibility/customisation options: Configurable for different exhaust flow rates and temperatures, optional auxiliary heat source, adaptable to varying load profiles and site layouts. Available in double effect and custom options, like one-degree chillers and subzero chillers
- Temperature range: Chilled water output: - 5°C to 35°C
- Operating COP/thermal efficiency: Cooling COP up to 1.53, depending on exhaust temperature and cycle design
- Process fluid options: Water, glycol-based fluids
Product features
Waste heat utilisation
Converts high-temperature exhaust heat into efficient cooling without additional fuel
Natural refrigerants
Uses water and lithium bromide, eco-friendly with zero ozone depletion potential
Modular and scalable
Flexible design to suit different capacity needs and applications
Compact and durable
Space-saving, corrosion-resistant construction for industrial environments
Advanced control systems
Smart monitoring and optimisation for reliable, efficient operation
Low maintenance
Designed for easy servicing and long-term reliability
Vibration isolation
Minimises impact on surrounding equipment and enhances stability
Energy efficient
Reduces electricity consumption by eliminating compressor use
Sustainable solution
Supports reduction in greenhouse gas emissions and energy costs
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
