Large scale deodorization of kraft lignin for thermoplastics – a new testbed
Kraft lignin has a great potential to replace fossil-based materials in many applications due to its availability and molecular structure. However, its characteristic smell can be an issue for indoor applications, working environment reasons and in processing.
This project will verify a new process to deodorize kraft lignin in large scale and the use of the kraft lignin in plastic applications. A deodorization process equipment will be installed in RISE’s open testbed LignoCity in Bäckhammar. RISE and Valmet will verify the installation and deodorization process in pilot scale. The odor-free kraft lignin will be evaluated in two plastic prototypes by Lignin Industries and The Wood Region.
The project outcome is an increased resource utilization of the by-product lignin from pulp mills to be used as a bio-based raw material. This is an important step in the transition to a sustainable society that enables many the different value chains for lignin such as plastics, coatings, and resins.
Katarina Ohlsson
RISE Research Institutes of Sweden
katarina.ohlsson@ri.se
Project information
Participants
RISE Research Institutes of Sweden
Lignin Industries
RISE Innventia
RISE LignoDemo
Torsby kommun
Valmet
Schedule
January 2022 – June 2025
Total project cost
6 300 000 SEK
The Swedish Energy Agency's project number
2021-00099
More projects
ECO-FORCE FUELS: ECO-eFficient biORefinery for Competitive production of grEen renewable shipping FUELS
ECO-FORCE FUELS aims to produce low-emission marine biofuels via complete conversion of forest residues. A continuous organosolv process will be used to…
Manager: Pavlos Christakopoulos
Ongoing
Increasing the climate benefits of bioenergy by including the carbon opportunity cost of biomass in energy system models
Bioenergy is a crucial component to achieve ambitious climate goals. However, bioenergy also carries the risk of greenhouse gas emissions due to…
Manager: Lina Reichenberg
Ongoing
Biorefining of forest residues for production of fossil free aviation fuels by a two-step process – Enhancing process aromatic selectivity
This project focuses on the development of a novel two-step process of forest residual materials to produce fossil free jet fuels. It…
Manager: Louise Olsson
Ongoing