15 May 2024

Postdoctor Nancy Brett has observed differences in how various regions in Sweden view biogas. According to her analasis, the remaining digestate could become just as important as the gas itself in the future.

Kvinnlig forskare. Photographer: Ulrik Svedin
Doktoranden Nancy Brett har forskat på synen på biogas i olika delar av Sverige.

Nancy Brett has carried out her research through both interviews and analyses of media debates. She has focused particularly on the regions of Gotland, Kalmar and Jönköping, examining the market and how they value biogas as a solution to major climate challenges and the goal of achieving freedom from fossil fuels.

Read more:

Longer version in Swedish:
Regionerna vill se lokal nytta med biogas

Thesis:
Brett Nancy: Bridging Local Constraints and Global Priorities: The Shaping of Swedish Biogas Markets (diva-portal.org) Linköpings universitet, Institutionen för tema, Tema teknik och social förändring. Filosofiska fakulteten. ORCID-id: 0000-0003-3150-2567

Contact

Organisation

Latest news from LiU

Neil Lagali vid utrustning för att undersöka ögonen.

Eye problems after COVID-19 can now be explained

Mild COVID-19 can cause severe and long-lasting eye problems, according to a study from LiU. The study also explains why it has been difficult for sufferers to get help: the abnormal eye behaviour cannot be detected by standard methods.

A woman kneeling down in a garden picking plants.

When soil becomes data – how digitalisation affects knowledge of soil health

How do we know whether soil is healthy? A new study from Linköping University shows that as knowledge about soil is increasingly translated into digital data, important insights about its biological life and local context risk being overlooked.

A close up of a person holding a camera.

LiU researchers push the boundaries of organic solar cells

Researchers at LiU have now demonstrated how organic solar cells can become more efficient than previously thought possible. The key is to extend the time that electrons in the material remain excited, which leads to improved performance.