Karoliina Honkala

Karoliina Honkala

Professor
Unit
Faculty of Mathematics and Science
Department / Division
Department of Chemistry
Organization unit
Department of Chemistry, Physical Chemistry
Room number
YNC 213
Email
karoliina.honkala@jyu.fi
Mobile
+358408053686
Postal address
Survontie 9
Fields of science
116 Chemical sciences

Research interests

Tutkimuksemme keskittyy ymmärtämään mitkä eri tekijät vaikuttavat katalyyttisten reaktioiden aktiivisuuteen ja valikoituvuuteen. Tätä tietoa tarvitaan etsimään taloudellisempia ja tehokkaampia katalyyttimateriaaleja teollisuuden ja kuluttajien tarpeisiin vastata esimerkiksi ilmastonmuutoksen haasteisiin.

Publications

Publication
2026

Atomistic Modeling for Electrochemical Reactions: From the State of the Art to a Strategic Roadmap for Future Research within EU-CONCERT

ACS Electrochemistry.
Doblhoff-Dier, Katharina
Ballotta, Bernardo
Bonati, Luigi
Bukas, Vanessa J.
Calle-Vallejo, Federico
Cucinotta, Clotilde S.
Exner, Kai S.
García-Melchor, Max
Giordano, Livia
Honkala, Karoliina
Hörmann, Nicolas G.
Kastlunger, Georg
Melander, Marko M.
Öcal, Zehra B.
Reka, Arianit A.
Steinmann, Stephan N.
Vandichel, Matthias
Zhu, Jia-Xin
Cicero, Giancarlo
More publications from this author

Projects

H2POSSE
Project

Hydrogen Production Optimization, Storage Systems, and Ecosystem development (H2POSSE)

The project develops solutions for the hydrogen economy, especially for the production and storage of green hydrogen, in Central Finland, and actively works to develop the regional hydrogen economy ecosystem, bringing a particular R&D perspective there.
MEMCAT_main_webpage_png
Project

Membrane-assisted Ethylene Synthesis over Nanostructured Tandem Catalyst (MEMCAT)

This project develops an innovative and sustainable method to transform greenhouse gases like CO2 into ethylene using tandem catalysts and advance membrane technologies.
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Project

Fueling the Evolution of Highly Porous COF Materials for Water Splitting with High-Performance Computing (HPC²)

HPC² uses GPU-accelerated GPAW to design nanoporous chiral COFs for green hydrogen generation, studying how chirality-induced spin selectivity, water nanoconfinement, and electrode potential affect water splitting.
Project

Hydrogen Production and Storage as an Enabler of Industrial Renewal in Central Finland -HyPER

The HyPER subproject at the University of Jyväskylä is investigating cost-effective hydrogen storage materials and developing carbon, MOF and zeolite based materials for hydrogen storage.
Project

High performing machine learning for novel catalyst design (MLNovCat)

The consortium for the project is interdisciplinary, consisting of three groups at the University of Jyväskylä that have demonstrated complementary expertise in the computational catalysis, materials science, and computational science.