Good-to-go Grot: Detailed forecasts for logging residues extraction and efficient infrastructure for biomass handling

Sweden strives to become fossil-free, and biomass is a key component in this energy transition. By mapping the biomass potentials, this project can contribute with better forecasts and decision support regarding raw material resources in time and space.
The project will produce a detailed grid, based on data from forest inventories, satellite images and GIS, with models that take into account various factors such as soil conditions, nature conservation concerns, logistics, etc. The project also includes scenarios for future demand, including effects of EU regulations, as well as simulations of transport solutions to reduce costs and environmental impact. Through interviews and surveys, forest owners’ and entrepreneurs’ attitudes, motivations and doubts about logging residues are also analysed.
The result will be strategies for sustainable forestry, increased profitability, sustainable forestry and improved infrastructure, with a focus on southern and central Norrland, with great potential.

Maria Iwarsson Wide
Skogforsk
maria.iwarssonwide@skogforsk.se
Project information
Participants
Skogforsk
VTI - The Swedish National Road and Transport Research Institute
Time schedule
January 2025 - December 2027
Total cost of project
4 664 316 SEK
Swedish Energy Agency project number
P2024-03092
More projects

Scale-up and implementation of anaerobic fermentation of forestry-based residual streams to 2,3-butanediol and glycerol
The chemical industry accounts for ±14 % of industrial greenhouse gas emissions and is the largest industrial consumer of fossil oil. This…
Manager: Gustav Sjöberg
Ongoing

Resource-efficient value chains though ash recycling to fast-growing broadleaved tree plantations for increased biomass production
Ash recycling to fast growing broadleaf tree plantations might generate 45 TWh/year by 2045 were 30 TWh is made possible through application…
Manager: Henrik Böhlenius
Ongoing

CelluXtreme – Feasibility study for scaleup
CelluXtreme has a unique technology for spinning strong fibers from 100% nanocellulose with green chemistry and with low emissions to air and…
Manager: Anna Wiberg
Ongoing