Upgrading of biobased pyrolysis oil in existing refinery infrastructure

Forestry and agricultural residues are attractive raw materials to make biofuels from. The biomass can be liquefied into bio-oil via pyrolysis, but industrial scale upgrading of bio-based pyrolysis oil to fuel is not an easy task.
This project will investigate and further develop a concept called derivatization, where the pyrolysis oil is reacted with a renewable oil, such as tall oil, and thereby forms a more stable product. The derivatized product is miscible with fossil oil and can be co-refined with these.
The derivatization concept will be investigated experimentally and technoeconomically and a suggested industrial process for the concept will be developed.
Linda Sandström
RISE Research Institutes of Sweden
linda.sandstrom@ri.se
Project information
Participants
RISE
KTH Royal Institute of Technology
Preem
RISE Processum AB
Time schedule
December 2024 - December 2027
Total cost of project
8 391 608 SEK
Swedish Energy Agency's project number
P2024-03040
More projects

Develop and prepare for commercialization of the surfactant sodium suberin hydrolyzate from industrial birch bark
The circular bioeconomy is focused on a sustainable and resource-efficient use of biomass as residues and waste and to optimize its value…
Manager: Peter Skagerlind
Completed: 2024-12-04

An insects biorefinery approach as a strategy to unlock the nutritional and energy potential in co-located lignocellulosic industrial side streams (UNLOCK)
The UNLOCK project aims to meet the EU’s Renewable Energby Directive (RED) II by transforming Brewer’s Spent Grain (BSG) into advanced biofuels…
Manager: Paul Christakopoulos
Ongoing

Development of bio-sustainable binder for battery electrode manufacturing
Polyvinylidene fluoride (PVDF) binders make up around 2-3% of a lithium-ion batteries (LIB) electrode’s mass and are crucial for battery integrity, safety,…
Manager: Jinhua Sun
Ongoing