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 would provide a means of supplementing fossil free jet fuels with aromatic content from additional renewable feedstock. The aromatic content of jet fuels is crucial to satisfy content specifications needed for safe performance and current industrial processes for producing renewable fuels lack a direct means of producing aromatic compounds.
Specifically, the project will focus on developing a novel strategy involving sequencing operating conditions and catalyst formulations to enhance aromatic yields in bio-oil from forest residuals. For a future up-scaling, the process economy is critical and this will be considered when developing the process. In addition, all carbon atoms must be utilized in the best possible way.
The process should mainly produce jet-fuel, but also some solid residues will be formed, which could be used as bio-char in fertilizers.
Louise Olsson
Chalmers University of Technology
louise.olsson@chalmers.se
Project information
Participants
Chalmers
Time schedule
April 2024 - December 2026
Total cost of project
4 320 000 SEK
Swedish Energy Agency project number
2023-01506
More projects

Systems analysis of biomass and carbon capture across energy sectors
Biomass is often seen jointly with carbon capture in influential studies and IPCC publications. However, uncertainties regarding biomass availability affect the potential…
Manager: Markus Millinger
Ongoing

SusTainAble biobased fuRan platform for the low carbon industry – STAR
Meeting Swedens’s climate target of net zero greenhouse gas emissions by 2045, requires an urgent transition from fossil to biobased economy wherein…
Manager: Rajni Hatti-Kaul
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