---
title: Deliverables
description: Explore I-UPS deliverables, research insights, and expert connections focused on high-temperature heat pump technologies and sustainable energy solutions for industry advancements.
image: https://i-ups.eu/hubfs/May%2024_H%C3%B8nefoss_R%26D_site%20visit_01_blue-1200-628.png
---

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# Deliverables

 

![hero image mobile](https://i-ups.eu/hs-fs/hubfs/May%2024_H%C3%B8nefoss_R%26D_site%20visit_01_blue-1920-1080.png?width=750&height=800&name=May%2024_H%C3%B8nefoss_R&D_site%20visit_01_blue-1920-1080.png)

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## Read the deliverables by I-UPS

 

### [D2.2 – High temperature heat pump sealing selection and optimization](https://i-ups.eu/hubfs/D2.2%20High-temperature%20heat%20pump%20sealing%20selection%20and%20optimization%20-%20ENERIN.pdf?hsLang=en)

### [D4.1 – Detailed engineering of I-UPS lab rig and risk assessment](https://i-ups.eu/hubfs/D4.1%20Detailed%20engineering%20of%20I-UPS%20lab%20rig%20and%20risk%20assessment%20-%20I-UPS%20-%20RPOW.pdf?hsLang=en)

### [D3.1 – Compact Heat Exchanger for High Temperature Heat Pump Preliminary Design](https://i-ups.eu/hubfs/D3.1%20Compact%20heat%20exchanger%20preliminary%20design%20-%20KTH.pdf?hsLang=en)

### [D6.1 – Dissemination and Stakeholders’ Engagement Plan and D&C material](https://i-ups.eu/hubfs/D6.1%20Dissemination%20and%20Stakeholders%20Engagement%20Plan%20-%20KYOTO.pdf?hsLang=en)

### [D3.2 – Compact Heat Exchanger for High Temperature Heat Pump Optimized Design](https://i-ups.eu/hubfs/D3.2%20Compact%20heat%20exchanger%20optimized%20design%20-%20I-UPS%20-%20KTH.pdf?hsLang=en) 

### [D7.1 – Selection of materials and technology](https://i-ups.eu/hubfs/D7.1%20Selection%20of%20materials%20and%20technology%20-%20I-UPS%20-%20PWr.pdf?hsLang=en)

## Latest news from I-UPS

Information about news and events for I-UPS

[![I-UPS researchers advance compact heat exchanger design for high-temperature heat pump integration](https://i-ups.eu/hubfs/Press%20release%20blog.png "I-UPS researchers advance compact heat exchanger design for high-temperature heat pump integration")](https://i-ups.eu/insights/i-ups-researchers-advance-compact-heat-exchanger-design-for-high-temperature-heat-pump-integration?hsLang=en)

### [I-UPS researchers advance compact heat exchanger design for high-temperature heat pump integration](https://i-ups.eu/insights/i-ups-researchers-advance-compact-heat-exchanger-design-for-high-temperature-heat-pump-integration?hsLang=en)

STOCKHOLM, 18 June 2026 — Researchers from the Horizon Europe-funded I-UPS project are...

[![Heat exchanger innovation accelerates the push for flexible, high-temperature industrial heat pumps](https://i-ups.eu/hubfs/IUPS%20render%20blog.png "Heat exchanger innovation accelerates the push for flexible, high-temperature industrial heat pumps")](https://i-ups.eu/insights/heat-exchanger-innovation-accelerates-the-push-for-flexible-high-temperature-industrial-heat-pumps?hsLang=en)

### [Heat exchanger innovation accelerates the push for flexible, high-temperature industrial heat pumps](https://i-ups.eu/insights/heat-exchanger-innovation-accelerates-the-push-for-flexible-high-temperature-industrial-heat-pumps?hsLang=en)

Industrial decarbonization requires technologies that can efficiently recover waste heat,...

## Do you want to know more?

Get in touch with our I-UPS experts

 

![Sylvia_filter](https://i-ups.eu/hubfs/Sylvia_filter.png)

### **Silvia Trevisian**

Researcher, KTH

Focused on developing cost-effective Thermal Energy Storage (TES) solutions to enhance renewable energy integration, Sylvia’s research spans component development, prototyping, and system performance assessments. Her work on high-temperature TES systems aims to decarbonize energy-intensive industries and promote electrification through innovations like heat pumps and electric heaters. Sylvia's efforts contribute to achieving Sustainable Development Goals and supporting more sustainable industries and communities.

Get in touch via e-mail [trevisan@kth.se ](mailto:%20trevisan@kth.se)

 

![James_filter](https://i-ups.eu/hubfs/James_filter.png)

### **James Brown**

Head of Development, KYOTO Group AS

 An Engineer with 17 years of experience, has been with Kyoto Group since early 2022. Specializing in electric heaters for thermal energy storage, he has spent 15 years in R&D, holds a growing patent portfolio. Passionate about reducing carbon emissions, James works closely with industry leaders and teams to integrate cutting-edge technologies that support Kyoto Group’s mission to provide clean energy storage solutions. He is pursuing a PhD focused on optimizing electric heaters for thermal energy storage.

Get in touch via e-mail [ james.brown@kyotogroup.no](mailto:james.brown@kyotogroup.no)

[![](https://i-ups.eu/hs-fs/hubfs/I-UPS%20Logo%20Designmanual%20Colors.png?width=1801&height=1680&name=I-UPS%20Logo%20Designmanual%20Colors.png)](https://i-ups.eu/?hsLang=en)

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This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101147078.

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