HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project

Tor-Martin Tveit; Stefano Vittor; Cornelis A P Zevenhoven

HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project

Tor-Martin Tveit, Stefano Vittor^*, Cornelis A P Zevenhoven

^*Corresponding author for this work

Laboratory of Process and Systems Engineering

Research output: Chapter in Book/Conference proceeding › Conference contribution › Scientific

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Abstract

The HighLift project was a cooperation between AstraZeneca, Olvondo Technology, and Åbo Akademi University, and partly financed through the European Commission’s Horizon2020 Fast Track to Innovation. The project developed the next-generation very high temperature heat pump, suitable for
combined heating and cooling, waste-heat recovery, and steam generation up to 10 barg. Here we present some of the key results of the project. The project aimed to increase the system efficiency, improve the reliability, cut production costs, refined quality control, and improved ICT platform for the very high
temperature heat pump. Supporting theoretical and desktop studies address energy efficiency, life cycle assessment (LCA) and market potential for the HighLift technology. In this extended abstract some key development results from the project are presented. The focus will be on the high operating temperatures of the heat pump.

Original language	English
Title of host publication	3rd High-Temperature Heat Pump Symposium
Subtitle of host publication	Book of Presentations
Editors	B Elmegaard, M Bantle, B Zühldorf
Place of Publication	Copenhagen
Publisher	Danmarks Tekniske Universitet
Pages	133-141
Number of pages	9
Edition	3
ISBN (Electronic)	978-87-7475-697-2
Publication status	Published - Mar 2022
MoE publication type	B3 Non-refereed article in conference proceedings
Event	3rd High-Temperature Heat Pump Symposium: HTHP 3 - Copenhagen, Denmark Duration: 29 Mar 2022 → 30 Mar 2022 Conference number: 3 https://hthp-symposium.org/hthp-symposium-2022/

Publication series

Name	High-Temperature Heat Pump Symposium

Conference

Conference	3rd High-Temperature Heat Pump Symposium
Country/Territory	Denmark
City	Copenhagen
Period	29/03/22 → 30/03/22
Internet address	https://hthp-symposium.org/hthp-symposium-2022/

Keywords

heat pump
high temperature

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Access to Document

Pages from March2022 hthp_symposium_2022_book_of_presentationsFinal published version, 3.82 MBLicence: Unknown

https://urn.fi/URN:NBN:fi-fe2023021026669

Cite this

Tveit, T.-M., Vittor, S., & Zevenhoven, C. A. P. (2022). HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project. In B. Elmegaard, M. Bantle, & B. Zühldorf (Eds.), 3rd High-Temperature Heat Pump Symposium : Book of Presentations (3 ed., pp. 133-141). (High-Temperature Heat Pump Symposium). Danmarks Tekniske Universitet. https://urn.fi/URN:NBN:fi-fe2023021026669

Tveit, Tor-Martin ; Vittor, Stefano ; Zevenhoven, Cornelis A P. / HighLift – a very high temperature heat pump for industrial use : Key results from a Horizon2020 Fast Track to Innovation Project. 3rd High-Temperature Heat Pump Symposium : Book of Presentations. editor / B Elmegaard ; M Bantle ; B Zühldorf. 3. ed. Copenhagen : Danmarks Tekniske Universitet, 2022. pp. 133-141 (High-Temperature Heat Pump Symposium).

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abstract = "The HighLift project was a cooperation between AstraZeneca, Olvondo Technology, and {\AA}bo Akademi University, and partly financed through the European Commission{\textquoteright}s Horizon2020 Fast Track to Innovation. The project developed the next-generation very high temperature heat pump, suitable forcombined heating and cooling, waste-heat recovery, and steam generation up to 10 barg. Here we present some of the key results of the project. The project aimed to increase the system efficiency, improve the reliability, cut production costs, refined quality control, and improved ICT platform for the very hightemperature heat pump. Supporting theoretical and desktop studies address energy efficiency, life cycle assessment (LCA) and market potential for the HighLift technology. In this extended abstract some key development results from the project are presented. The focus will be on the high operating temperatures of the heat pump.",

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publisher = "Danmarks Tekniske Universitet",

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booktitle = "3rd High-Temperature Heat Pump Symposium",

address = "Denmark",

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Tveit, T-M, Vittor, S & Zevenhoven, CAP 2022, HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project. in B Elmegaard, M Bantle & B Zühldorf (eds), 3rd High-Temperature Heat Pump Symposium : Book of Presentations. 3 edn, High-Temperature Heat Pump Symposium, Danmarks Tekniske Universitet, Copenhagen, pp. 133-141, 3rd High-Temperature Heat Pump Symposium, Copenhagen, Denmark, 29/03/22. <https://urn.fi/URN:NBN:fi-fe2023021026669>

HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project. / Tveit, Tor-Martin; Vittor, Stefano; Zevenhoven, Cornelis A P.
3rd High-Temperature Heat Pump Symposium : Book of Presentations. ed. / B Elmegaard; M Bantle; B Zühldorf. 3. ed. Copenhagen: Danmarks Tekniske Universitet, 2022. p. 133-141 (High-Temperature Heat Pump Symposium).

Research output: Chapter in Book/Conference proceeding › Conference contribution › Scientific

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T1 - HighLift – a very high temperature heat pump for industrial use

T2 - 3rd High-Temperature Heat Pump Symposium

AU - Tveit, Tor-Martin

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AU - Zevenhoven, Cornelis A P

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N2 - The HighLift project was a cooperation between AstraZeneca, Olvondo Technology, and Åbo Akademi University, and partly financed through the European Commission’s Horizon2020 Fast Track to Innovation. The project developed the next-generation very high temperature heat pump, suitable forcombined heating and cooling, waste-heat recovery, and steam generation up to 10 barg. Here we present some of the key results of the project. The project aimed to increase the system efficiency, improve the reliability, cut production costs, refined quality control, and improved ICT platform for the very hightemperature heat pump. Supporting theoretical and desktop studies address energy efficiency, life cycle assessment (LCA) and market potential for the HighLift technology. In this extended abstract some key development results from the project are presented. The focus will be on the high operating temperatures of the heat pump.

AB - The HighLift project was a cooperation between AstraZeneca, Olvondo Technology, and Åbo Akademi University, and partly financed through the European Commission’s Horizon2020 Fast Track to Innovation. The project developed the next-generation very high temperature heat pump, suitable forcombined heating and cooling, waste-heat recovery, and steam generation up to 10 barg. Here we present some of the key results of the project. The project aimed to increase the system efficiency, improve the reliability, cut production costs, refined quality control, and improved ICT platform for the very hightemperature heat pump. Supporting theoretical and desktop studies address energy efficiency, life cycle assessment (LCA) and market potential for the HighLift technology. In this extended abstract some key development results from the project are presented. The focus will be on the high operating temperatures of the heat pump.

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BT - 3rd High-Temperature Heat Pump Symposium

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Tveit TM, Vittor S, Zevenhoven CAP. HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project. In Elmegaard B, Bantle M, Zühldorf B, editors, 3rd High-Temperature Heat Pump Symposium : Book of Presentations. 3 ed. Copenhagen: Danmarks Tekniske Universitet. 2022. p. 133-141. (High-Temperature Heat Pump Symposium).

HighLift – a very high temperature heat pump for industrial use: Key results from a Horizon2020 Fast Track to Innovation Project

Abstract

Publication series

Conference

Keywords

UN SDGs

Access to Document

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