250 kW to 40 MW heating
Gases
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Gases
Exhaust-Driven Absorption Heat Pump
A waste heat recovery system that delivers efficient heating and cooling using exhaust gases from engines or turbines
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Exhaust-driven Absorption Heat Pump utilise high-temperature exhaust gases from engines, turbines or furnaces to generate chilled and hot water, enhancing energy efficiency and reducing emissions.
Powered by waste heat and using water-lithium bromide as an eco-friendly refrigerant-absorbent pair, these single and double-effect units offer high reliability and performance with intelligent control systems. Ideal for industries with captive power plants or cogeneration systems, they maximise thermal recovery and support decarbonisation and ESG commitments. Ideal for CHP and industrial exhaust systems, they promote circular energy use and carbon reduction.
Technical data
- Product capacity/performance range: Capacity Range: 250 kW to 40 MW heating capacity
- Energy source: Exhaust gases (typically 250°C–600°C) from engines, turbines, furnaces
- Compliance/standards: ISO, ASME, CE, ETL, JIS, ASHRAE Standards
- Flexibility/customisation options: Customisable to exhaust flow and temperature; modular configurations; remote control compatibility (SCADA)
- Temperature range: Hot water output: Up to 110°C
- Operating COP/thermal efficiency: COP up to 2.5 (heating)
- Process fluid options: Chilled water, hot water, glycol mixtures for HVAC and process needs
Product features
Waste heat driven
Converts exhaust gas heat into usable thermal energy, reducing fuel dependency
Dual output
Simultaneously provides cooling and heating for increased energy utilisation
Green refrigerant
Water and Lithium bromide ensures non-toxic, ozone-safe operation
Compact and modular design
Easily fits into existing industrial layouts, scalable as required
Intelligent controls
Real-time monitoring, adaptive load control and diagnostics
Minimal electricity use
Operates on thermal energy with low auxiliary power needs
Quiet and stable operation
Designed for long-duration service with low noise and mechanical wear
Custom-tailored systems
Engineered to match varying exhaust profiles and plant conditions
Durable construction
Built with corrosion-resistant and high-temperature materials for long service life
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.
