Upgraded high-temperature heat integration in energy-intensive sectors
In a nutshell
The UpHeat-INES project aims to develop industrial very high-temperature heat pumps with the purpose of upgrading residual heat to temperatures in the range of 160-200°C.
Driving up to temperature
In energy-intensive industries, residual heat from production processes is often reused to drive other low- or mid-temperature processes. Upgrading this residual heat for use in high-temperature processes in the range of 160-200°C is uncommon. Today’s heat pumps generally only reach a maximum temperature of 150°C.
Heat pump architecture
Using thermodynamic simulations, Upheat-INES will evaluate when and how an industrial heat pump architecture can deliver higher temperatures at higher economic value. To this end, a lab scale heat pump prototype will be built. The base of the prototype consists of a unique cascaded system of a subcritical vapour compression heat pump, as well as supercritical and transcritical vapour compression heat pumps and vapour compression heat pumps with zeotropic mixtures.
Hybrid approach
This hybrid approach, using a cascade of different pumps, could increase the performance of the heat pump architecture, allow for an optimal temperature match with various chemical processes, and improve its integration with dedicated thermal energy storage systems.
Impact
By upgrading residual heat for use in high-temperature processes, Upheat-INES will enable energy-intensive Flemish industries to better exploit residual heat, pursue sustainable energy innovations, and significantly reduce their CO2 emissions.
Driving up to temperature
In energy-intensive industries, residual heat from production processes is often reused to drive other low- or mid-temperature processes. Upgrading this residual heat for use in high-temperature processes in the range of 160-200°C is uncommon. Today’s heat pumps generally only reach a maximum temperature of 150°C.
Heat pump architecture
Using thermodynamic simulations, Upheat-INES will evaluate when and how an industrial heat pump architecture can deliver higher temperatures at higher economic value. To this end, a lab scale heat pump prototype will be built. The base of the prototype consists of a unique cascaded system of a subcritical vapour compression heat pump, as well as supercritical and transcritical vapour compression heat pumps and vapour compression heat pumps with zeotropic mixtures.
Hybrid approach
This hybrid approach, using a cascade of different pumps, could increase the performance of the heat pump architecture, allow for an optimal temperature match with various chemical processes, and improve its integration with dedicated thermal energy storage systems.
Impact
By upgrading residual heat for use in high-temperature processes, Upheat-INES will enable energy-intensive Flemish industries to better exploit residual heat, pursue sustainable energy innovations, and significantly reduce their CO2 emissions.
Project Details
Project type: cSBO in MOT4 Energy Innovation
Approved on: 18/11/2020
Start date: 01/03/2021 (expected duration of 18 months)
Budget: €760.450
Approved on: 18/11/2020
Start date: 01/03/2021 (expected duration of 18 months)
Budget: €760.450
Partners
Contact
For more information about this project, please contact Luc Van Ginneken (lvanginneken@catalisti.be).