High Temperature Heat Pumps for Industry

Produce industrial heat more efficiently by reducing energy consumption, decarbonising processes and strengthening energy sovereignty.

  • Industrial competitiveness
  • Energy independence
  • Decarbonisation
2 – 15 MWth Industrial-scale heat output
100 to >200 °C Useful process heat temperature
Steam · Hot air · Hot water · Integrated processes Heat adapted to the industrial process

Decarbonising industrial heat to strengthen competitiveness

Heatlift transforms locally available waste heat into efficient process heat, reducing dependence on purchased energy while supporting long-term industrial performance.

Conventional fossil heat

An outdated linear model

The major part of the heat, generated from fossil fuels, is dissipated directly in the atmosphere or through cooling loops.

  • ↑Rising energy costs
  • ~Price volatility and limited visibility
  • !Dependence on imported fossil fuels
  • CO₂Direct greenhouse-gas emissions
Heatlift high-temperature heat pumps

A competitive decarbonised heat

By recovering waste heat available on site, Heatlift reduces the energy consumption to produce decarbonised process heat.

  • ✓Lower heat production costs
  • ✓50 to 80% less energy consumption
  • ✓Reduced exposure to fossil-energy markets
  • ✓Upgrade of local waste heat
Up to 50% lower heat production costs
Up to 95% reduction in CO₂ emissions

Our solution

A circular approach to industrial heat: recover energy that would otherwise be rejected, upgrade it efficiently and return it to the process.

Recovered energy

Waste heat

  • Cooling utilities & cooling towers
  • Process cooling
  • Humid air & flue gas condensation
  • Effluents & greywater
30–90°C
Efficient heat upgrade

Heatlift HTHP

  • High COP
  • Compact equipment
  • Reduced installation costs
2 – 15 MWth
Useful energy

Process heat

  • Steam
  • Hot air
  • Superheated water
  • High-temperature process fluids
100 to >200°C

Turbomachinery & process expertise

Our experience in turbomachinery supports the performance of our heat pumps and extends to dedicated energy-recovery solutions.

ORC turbines

1 – 10 MWe ORC turbines, technology licensing and support for local industrial supply chains.

Natural gas expanders

Convert natural gas network pressure energy into electrical power in gas expansion stations.

Explore turbomachinery

Application sectors

Our technologies address energy-intensive industries where continuous thermal demand creates strong opportunities for heat recovery, electrification and energy conversion.

High-temperature heat pumps

PROCESS HEAT · STEAM · HOT AIR · HOT WATER

Chemical

Paper

Food

Construction materials

CCUS

ORC and turbomachinery

WASTE HEAT RECOVERY · ORC

Cement

Glass

Metals

Waste incineration

Geothermal

Our networks

Heatlift is a member of industrial, innovation and decarbonisation networks that help accelerate the deployment of efficient low-carbon heat solutions.

Discover Heatlift

Turn waste heat into value.

Share your project input data. Our engineers will help identify the most relevant integration pathway for your industrial site.

Discuss your project