Decarbonizing Industrial Heat

Reduce fossil fuel emissions with

high-temperature heat pumps

Electrify your operations

We design, develop, and produce high-temperature heat pumps and mechanical vapor recompression (MVR) solutions that reduce scope 1 emissions by delivering heat using electricity, water vapor, and advanced turbo technology.

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Compact turbo compressors with steam producing capabilities

Heat supply for industrial processes between 60 - 200 ºC
Modular compressors that can be scaled up and down
Pressure ratio up to 2.8 and temperature lift up to 30 ºC per stage
Temperature lift of 83 ºC can be achieved in 3-stage applications
High volume capacity with suction flows from 0.3 m3/s to 3.0 m3/s

Electrification eliminates scope 1 emissions from operations
No environmental concerns when using water vapor as working medium
Heat pumps and MVR enables reduction or removal of fossil fuels from operations
Achieve up to 90% reduction in energy consumption with our solutions

Electrification eliminates scope 1 emissions from operations. No environmental concerns when using water vapor as working medium. Heat pumps and MVR enables reduction or removal of fossil fuels from operations. Achieve up to 90% reduction in energy consumption with our solutions.

Key technology features

High-efficiency electrification

With up to 90% reduction in energy consumption our technology facilitates electrification of industrial process heat while significantly reducing CO2 emissions and energy costs.

Environmental benefits

Using water vapor (steam) as the working medium eliminates concerns related to greenhouse and ozone depleting effects, flammability, and health risks.

Broad operating range

Our compressors are capable of handling high suction volumes from 0.3 m3/s to 3.0 m3/s and operating efficiently across a wide range of industrial applications.

Compact and modular design

Our turbo compressors are compact and modular. The footprint of a single compressor unit is 1.92 x 1.54 x 0.84 m, and they can be installed in series or parallel.

Reliability and durability

Our core turbo technology is designed with direct drive high-speed motor and bearings that boast over 5 mil. hours of operation and 30,000 hours between major overhauls.

Sustainable and versatile

Our technology is ideal for high-temperature heat pumps and MVR applications across various industrial sectors that want to replace fossil fuels.

Heat pumps with heat recovery are simply more efficient than fossil fuels

By recovering and upgrading heat using our advanced heat pump technology, we are making industries more energy efficient while reducing fossil fuels, waste heat, and CO2 emissions.