"False"
Skip to content
printicon
Main menu hidden.

Image: Mostphotos

Bio4Energy

Strategic research area Bio4Energy is a strategic research environment with focus on renewable feedstocks, biorefinery processes, and bio-based fuels, chemicals and materials. Bio4Energy includes more than 220 researchers from Umeå University, Luleå University of Technology, Swedish University of Agricultural Sciences and RISE. Bio4Energy also has an Advisory Board with members from industry and other stakeholders in the area.

World-leading research on energy, materials and chemicals

Today, a large part of all energy carriers, chemicals and materials come from fossil sources. Researchers and entrepreneurs in northern Sweden want to change this by replacing fossil products with products made from residues from forestry and agriculture or bio-based organic waste. Together they work in the research environment Bio4Energy.

The research within Bio4Energy is at the international forefront and covers the entire value chain — from forest trees and other plants to products such as biofuels, bio-based materials and "green" chemicals, which can be used for packaging, textiles and medical applications, for example. The vision is to create environmentally friendly and sustainable technologies that make it possible to replace today's oil refineries with biorefineries.

Read more about the research environment at Bio4Energy.se

Research projects

The strategic funds of Bio4Energy are used to support interdisciplinary collaborative projects where Bio4Energy researchers from different disciplines and organizations participate.

Contributors

Research Platforms

Advisory Board

More information

News and Events

Deputy Programme Manager

Elisabeth Wetterlund, Luleå University of Technology

Deputy Programme Manager

Elisabeth Wetterlund, Luleå university of technology

Members

Research Platforms

Advisory Board

More information

News and Events

 

Contact

Anna Strom, Bio4Energy Communications

info@bio4energy.se 

Två mindre bassänger utomhus.
Receives SEK 15 million: Will create degradable plastic – from algae

Biomass from algae is converted into plastic used in lamps and packaging.

Sofie Björklund, Forskningsassistent vid Kemiska institutionen
Forever chemicals persist through waste incineration

Common PFAS substances are difficult to capture once they have entered the environment, new thesis shows.

Doktorand vid Institutionen för tillämpad fysik och elektronik
New research shows how biofuels affect cement production

Doctoral thesis provides important knowledge to reduce carbon dioxide emissions in cement and lime production.

Latest update: 2025-03-22