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The research project was analysing how energy management is conducted in Swedish manufacturing and shipping industries.

The project aims to contribute to an acceleration of sustainable energy transformations in aviation, with a focus on bio-based jet fuels and electric aircrafts.

This project analysed sociotechnical preconditions for the possibility of establishing a joint bioenergy with carbon capture and storage infrastructure between Sweden and Finland.

This project explored how new forms of collaboration between thermal and biological waste treatment could support resource-efficient communities and more sustainable energy systems.

The project aims to develop knowledge about how regional collaboration contributes to building the multifaceted capacity required to achieve a fossil-free welfare society.

The research project will examine the role of hydrogen in Sweden's energy system, focusing on both historical and contemporary conditions. The goal is to increase knowledge about hydrogen's technical and societal opportunities, risks, and conditions.

How can cities' energy systems become more resilient to climate change and geopolitical challenges? The project explores opportunities for increased local resilience through decentralization, user flexibility, and energy storage.

This project will analyze the socioeconomic effects and optimize planning using the Raps tool. The aim is to develop an academic platform to understand the impact of the transition on communities and regions.

The ambition with this project is to identify and quantify socio-political and institutional factors that constrain the potential for renewable energy.