30 TR to 3000 TR 0.5 – 5 MW Steam Water Thermic Fluid Gases
Chiller Heat Pump
Steam

Chiller Heat Pump

Thermax Absorption Chiller Heat Pumps efficiently provide heating and cooling using renewable or waste heat sources

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Chiller Heat Pumps efficiently use renewable or waste heat sources to provide both heating and cooling.

Chiller Heat Pump combines heating and cooling in a single system, utilising waste or renewable heat sources to operate compressor-free. Its energy-efficient design reduces electricity consumption and carbon footprint. Ideal for industries like textiles, pharmaceuticals, food processing and HVAC. It offers versatile applications, helping businesses achieve sustainable climate control with lower operational costs and improved energy management. It uses eco-friendly natural refrigerant and absorbent, water and lithium bromide solution, ensuring zero ozone depletion. Its modular design allows flexible capacity scaling, while smart control systems optimise performance. This sustainable solution supports energy recovery, lowers carbon footprints and promotes green manufacturing practices. 

Technical data

  • Product capacity/performance range: 50 to 3000 TR (cooling), 0.5–5 MW (heating)
  • Energy source: Low-grade heat sources such as steam - 2bar(g) to 20 bar(g), hot water-140°C to 250°C, thermic fluid or exhaust gas -250°C to 600°C
  • Compliance/standards: ISO, CE, ETL, NB, ASME, JIS Standards
  • Flexibility/customisation options: Customised based on heat source, required output temperature and application-specific requirements; SCADA integration ready
  • Temperature range: Hot water up to 110°C/chilled water: -5°C to 35°C
  • Operating COP/thermal efficiency: COP up to 1.35 (Heating)
  • Process fluid options: Compatible with water, brine and glycol mixtures for cooling and heating circuits

Product features

Compressor-free operation
Uses advanced absorption technology to reduce electricity consumption
Natural refrigerants
Employs eco-friendly water and lithium bromide with zero ozone depletion potential
Modular and scalable design
Easily customisable for different capacities and space constraints
Dual heating and cooling
Provides simultaneous heating and cooling from a single system
Flexible heat source integration
Compatible with waste heat, solar thermal and other renewable sources
Smart controls
Enables optimised performance and real-time monitoring
Compact footprint
Suitable for retrofit and new installations with limited space
Sustainability focused
Supports energy efficiency and reduces carbon emissions
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.