Resource-efficient processing of residues in connection to short fiber pulp production

Birch bark is a residue from the forest industry containing a variety of different compound with their individual properties and characteristics. All of the components are interesting for development of new biobased materials.
Reselo have developed a process suited to isolate these compounds and the first material in the portfolio has rubber characteristics and therefore called Reselo Rubber.
This project aims to investigate the benefits and opportunities to build a production facility in connection to current infrastructure and a supply of at least 20 000 ton birch bark annually. The project goals are grouped as follows:
- Cost efficient process design
- Investigation and evaluation of the supply chain
- Positioning in the regulatory landscape
- Local impact on society and environment
The results gained from the project are expected to have a large impact on the future strategy and commercialization. Achievements include a deeper understanding of the cost drivers in the supply chain and how to adopt the customer value proposition for an accelerated implementation process of Reselo Rubber in everyday products.

Josefin Larsson
Reselo AB
josefin@reselo.se
Project information
Participants
Reselo AB
Schedule
September 2022 - August 2023
Total cost of project
1 000 000 SEK
Swedish Energy Agency's project number
2022-00601
More projects

Biorefinery: scale-up of 5-HMF derivatives
The overall aimof this project is to transform chemical industries from using fossil feedstock to using renewable biomass. In this project, we…
Manager: Louise Olsson
Ongoing

Substitution of fossil-based carbon with lignin in furnace electrodes for the metallurgical industry
At present, the metallurgical industry is using large quantities of fossil-based carbons. For example, manufacturing of anodes and cathodes for the primary…
Manager: Peter Rättö
Ongoing

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…
Manager: Katarina Ohlsson
Ongoing