🏭CommercialIndustry & Manufacturing • Industrial Heat

Industrial Heat Pumps

High-temperature heat pumps delivering up to 200°C for industrial processes, replacing fossil fuel boilers and reducing emissions by 70%. Advanced refrigerant cycles enable efficient heat recovery and process heating for manufacturing operations.

How It Works

Industrial heat pumps use advanced refrigerant cycles with high-temperature working fluids to deliver process heat up to 200°C. Multi-stage compression systems with heat recovery maximize efficiency by capturing waste heat from industrial processes. Advanced controls optimize performance across varying load conditions and integrate with existing steam systems.

Advantages

Reduces industrial heating emissions by 70% compared to gas boilers. Coefficient of Performance (COP) of 2.5-4.0 even at high temperatures. Enables waste heat recovery from industrial processes. Lower operating costs than fossil fuel heating systems. Commercially proven technology with established supply chains.

Challenges

High upfront capital costs compared to gas boilers. Limited to maximum temperatures of 200°C for most applications. Requires electrical grid upgrades for high-power installations. Performance depends on ambient temperature and heat source quality. May require process modifications for optimal integration.