Catalyst and process development for energy efficient production of bio-based vinyl acetate

Biobased ethanol as feedstock for the chemical industry is a promising alternative to fossil oil products, but the transition requires development of new chemical processes that are efficient in terms of both feedstock and energy consumption.
This project combines state-of-the-art research and methods with documented experience to develop a competitive process in which bioethanol derivatives are valorized into vinyl acetate (VAM), a chemical used in for example adhesives and foam materials.
The consortium includes a green chemical company producing the feedstocks and that has the ambition to commercialize the results (Sekab) and a university with published research on relevant catalysts (KTH). The process will be developed in a laboratory system, the performance of which will lay the foundation for demonstrating commercial potential and thus enabling further experimental development.
Mathilda Johansson
SEKAB BioFuels & Chemicals AB
mathilda.johansson@sekab.com
Project information
Paticipants
SEKAB BioFuels & Chemicals AB
KTH Royal Institute of Technology
Time schedule
March 2025 - December 2027
Total cost of project
9 056 799 SEK
Swedish Energy Agency's project number
P2024-02973
More projects

A flexible bioeconomy – key factor to enabling investments in large-scale biorefineries
Domestic sustainable biogenic feedstocks are important in the energy system transition, but their use is severely limited by a lack of investment…
Manager: Elisabeth Wetterlund
Ongoing

Fossil-free multicopter for heavy lifting
In recent years, drones have become popular and are beeing used in various applications in society. However, there is a lack of…
Manager: Mikael Hult
Ongoing

Grey alder as a potential for increased energy-oriented production in Sweden – Evaluation of progeny experiments and their transformation to long-term silvicultural experiments
Fast-growing deciduous tree species have been highlighted as an important contribution to increased biomass production. Gray alder can be a hardy alternative…
Manager: Nils Fahlvik
Ongoing