Below are the product variants of our advanced Heat Pump Solutions, engineered to deliver reliable, energy-efficient, and environmentally friendly performance. These systems are tailored to meet diverse industrial, commercial, and institutional heating requirements, ensuring optimal efficiency, reduced operational costs, and long-term sustainability.
A heat pump uses a closed refrigerant cycle. The evaporator absorbs heatfrom a source such as waste heat, chilled water or air. The compressorraises the temperature and pressure of the refrigerant. The condenserreleases that heat into your process water, steam circuit or air stream.Because the machine moves heat instead of creating it, one unit ofelectricity can deliver several units of heat.
| Solution | Output | Best for |
|---|---|---|
| Standard models | Hot water up to 90°C, 20 kW to 2,000 kW+ | Washing, CIP, process water, building services |
| Air and water source heat pumps | Hot water up to 130°C | Process heating with year-round heat availability |
| Waste heat recovery heat pumps | Hot water, low-pressure steam | Plants with chiller, cooling tower or compressor waste heat |
| Dual source heat pumps | Up to 130°C | Sites needing stable output across seasons |
| Steam heat pumps | Steam up to 14 bar / 200°C | Boiler replacement, waste steam upgrade |
| Heat pump dryers and evaporators | Drying air up to 130°C | Food, sludge and spray drying, ZLD |
| Customized heat pumps | 10 kW to multi-MW | Non-standard temperature, materials or integration |
