FUSE – Assembling C6 furans that are sustainable by C5 bio-based value chains using bioelectrochemistry and CO2
![](https://bioplusportalen.se/app/uploads/2023/12/imre-tomosvari-LdpNxPUoR-0-unsplash.jpg)
The main goal of the FUSE project is to generate knowledge and green technologies to enable assembly of sustainable furan platform chemicals by bio-based value chains using bioelectrochemistry and CO2. Furans are classified as top 30 renewable platform chemicals, yet green valorization methods for their production are lacking.
Today, furan production relies on cellulose in processes involving the utilization of high temperature and depend on harsh chemical and metal catalysis. The FUSE project will design truly sustainable bio-based valorization routes for furan production based on underutilized biomass, while at the same time allowing for assimilation of CO2 into the final product.
The project’s electrochemical and enzyme-based methods (nature’s catalysts) under mild conditions will lead to negative emissions of CO2, with no generation of toxic or harmful waste and with large energy saving potential, as fossil-based synthesis is replaced with sustainable manufacturing.
![t](https://bioplusportalen.se/app/uploads/2023/12/Per-Olof-Syren-KTH_SV-252x300.jpg)
Per-Olof Syrén
KTH Royal Institute of Technology
per-olof.syren@biotech.kth.se
Project information
Participants
KTH
EnginZyme AB
RISE Processum
IVL Swedish Environmental Research Insititute
Time schedule
December 2023 - December 2027
Total cost of project
7 092 038 SEK
Swedish Energy Agency project number
2023-01071
More projects
![](https://bioplusportalen.se/app/uploads/2023/12/mike-castro-demaria-vEnB66L4cnQ-unsplash.jpg)
Sustainable production of aromatic chemicals and green hydrogen from lignin
Aromatic chemicals are produced via many-step processes from fossil-based feedstocks. 96% of hydrogen, H2, is derived from fossil fuels. Green hydrogen costly…
Manager: Xiaoyan Ji
Ongoing
![](https://bioplusportalen.se/app/uploads/2023/12/matthew-smith-Rfflri94rs8-unsplash.jpg)
Navigating synergies and tradeoffs towards future forest-based solutions
The Swedish forest sector faces demands for increased carbon storage in the forest and changed management methods that result in reduced production,…
Manager: Göran Berndes
Ongoing
![](https://bioplusportalen.se/app/uploads/2021/12/Hand_kol.jpg)
Fossil-free graphite
Graphite is widely used in process industries, E-mobility and digitalisation. Its consumption has increased rapidly due to increased production of lithium-ion batteries…
Manager: Weihong Yang
Ongoing