Intensified catalysis through combined 3D printing and ALD
Description of the granted funding
A great industrial revolution is going on because of the shift from the use of fossil resources to renewables in the production of fuels and chemicals. Currently, about 90% of chemical processes applied in large scale utilize catalysts to enhance the rates of chemical reactions. The main part of catalysts are solid, for example metals, metal oxides as well as micro- and mesoporous materials. The transition to renewable feedstock requires an intensive development of tailored solid catalysts to reach a high process efficiency and high selectivity of desired products. In this project, new solid catalyst and chemical reactor structures will developed with very sophisticated techniques, such as 3D printing and atomic layer deposition (ALD), in a consortium formed by the internationally recognized groups from Aalto University and Åbo Akademi.
Show moreStarting year
2026
End year
2030
Granted funding
Role in consortium of the Academy of Finland
Partner
Other consortium parties
Funder
Research Council of Finland
Funding instrument
Academy projects
Decision maker
Scientific Council for Natural Sciences and Engineering
09.06.2026
09.06.2026
Other information
Funding decision number
376926
Fields of science
Chemical engineering
Research fields
Teknillinen kemia