Annual report 2024

Department of Energy and Process Engineering | NTNU

Looking Back

We proudly present this yearbook, highlighting achievements from a remarkable year at EPT. Our department operates at the forefront of research excellence, and 2024 marked a year where we manifested our position.

We have four active European Research Council (ERC) grants for pioneering research and are involved in six new Centres for Environmental-friendly Energy Research (FME) co-funded by the Norwegian Research Council and industry, two in leading roles.

Education remains at the core of our mission, and we educate outstanding graduates whose enthusiasm and dedication inspire us daily. Our programmes equip them with the knowledge and skills to excel in the rapidly evolving energy sector, ensuring they are well-prepared to make meaningful contributions to society.

A heartfelt thank you to all our employees and partners for their efforts and ambitions, and the many exciting ongoing and new projects. I hope this annual report brings back good memories of proud moments in 2024!

Terese Løvås, Head of Department. Photo: Maren Agdestein/NTNU
Terese Løvås, Head of Department. Photo: Maren Agdestein/NTNU
Illustrasjon: Energilandskapet

Our mission

EPT shares the mission that as part of a university, we educate outstanding graduates with strong analytical and practical abilities, and our research focuses on expanding knowledge in science and technology for a better world. Furthermore, EPT’s mission is to contribute to Norway’s role in developing a viable foundation for society at regional, national and global levels.

Through research and education, the department shall contribute to the understanding of sustainable solutions, helping to solve complex problems and global challenges to ensure effective resource utilisation. In line with NTNU’s goal to move from mission to action, we address the UN Sustainable Development Goals (SDGs)  that are relevant based on the research and educational activity at the department.

goals_cond

Foto: Ingrid Johanne Neunaber/NTNU

The Research

Time to celebrate new FME centres

The Research Council of Norway awarded us with six new Centres for Environmental-friendly Energy Research (FME). EPT will host FME Battery and FME RenewHydro and be involved in four other new centres: FME ZeMe, FME MarTrans, FME gigaCCS and FME Interplay.

Dancing Plastics from InMyWaves

Dr. Yi Hui Tee and Professor R. Jason Hearst highlighting the critical issue of plastic pollution in our oceans, sparking curiosity and raising awareness about this environmental challenge.

Are we moving in the right direction? 

Research from Kim Rainer Mattson shows that incineration of waste has increased, and we are throwing away and burning more waste that could easily be recycled.

Enabling smart-grid ready building through integrated solutions and digital technologies

Buildings are at the heart of the energy transition, and the Horizon Europe project ENTRANCE is set to redefine their role in the energy system!

ENTRANCE is bringing together a strong and diverse consortium of researchers and industry experts from across Europe, with Professor Natasa Nord as the scientific coordinator.

A Sustainable Collaboration Between NTNU and Kathmandu University

The collaboration has led to the creation of numerous educational programs, research projects, and laboratories like the Turbin Testing Laboratory (TTL) in Kathmandu.

In 2024, KU’s own turbine-design was finalized. A high-quality model-turbine was manufactured, and laboratory testing at TTL will commence in spring 2025, marking a milestone that we are very proud of!

Students are curious and asking more for specializations on nuclear engineering

- For this, the students learn during dedicated seminars the fundamentals of nuclear physics, neutron physics, nuclear reactor physics and nuclear thermohydraulic, in addition to research methodologies for dealing with multidisciplinary work, tells Carlos Alberto Dorao, Professor at EPT.

The theses focus on the design of nuclear reactors from the neutronics and thermohydraulic point of view, and for this, the students also need to learn the use of special software packages.

Working with African universities on renewable Energy Technology

The collaboration has resulted in 5 new master programs, many MSc, more than 30 PhD graduates and the exploration of small-scale energy technology within solar thermal, hydropower, wind power and solar refrigeration.

Projects: Erasmus+, NORHEAD II and NORPART

World News, -82°C Cooling with Krypton (R784)

With only the noble gas krypton in a customized vapor compression process, we can demonstrate how future cooling systems at CERN can be designed and operated at temperatures around -82°C.

The World’s First MOOC on Aluminum

What role did aluminum play throughout human history, and what role could, and should it play in the future?   

"We have developed the world’s first MOOC on aluminum: “Aluminum Unveiled: A Comprehensive Journey from History to Sustainability”, together with Padua University and coordinated by the European Aluminum Association (EEA)", says Daniel Beat Müller, Professor at the Industrial Ecology Programme (IndEcol).

The MOOC is available for free on FutureLearn.