Our Research
Materials engineering for coupled transport and reaction phenomena under non-equilibrium conditions
Material Synthesis
Engineering nanostructures, frameworks, defects, surfaces, porosities, interfaces, heterojunctions.
Catalysis
Effective coupling of transport and reaction under non-equilibrium catalytic conditions.
Coating Formulation
Dynamic control and restoration of species fluxes under non-equilibrium conditions.
Research Highlights
Discover our most impactful recent achievements and breakthroughs
August 2026New EU Project Accepted
The RECAP-C2 Project has been selected for funding under Horizon Europe! Bringing together 17 partners from 10 countries, it will develop innovative pathways to transform captured CO₂ into green ethylene.
Latest News
Research activities, publications, and events from our group
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SUMMER STUDENTS
This year’s summer students!
Catalytic CO2 Conversions Conference - CCC2026
Natalia participated in Catalytic CO2 Conversions Conference in Copenhagen, Denmark.
ACS Fall 2026 - The chemistry continues
Yury participated in the ACS Fall 2026 held in Chicago, USA.
New paper on Electrolysis
Siva and Katam (our Alumni) and Mouli’s work on dynamic surface activation of PtNiRu medium-entropy alloys for durable PEMWE published in Chem. Eng. J.
New paper on Electrolysis
Zhipeng, Mouli and Yury’s collaboration paper on hierarchical selenide nanoarrays for HER in alkaline seawater splitting published in J. Colloid Interface Sci.
New paper on Heterogeneous catalysis
João Restivo (our Alumni) and Juliana's paper on Photo-Fenton degradation of carbon nanotubes published in Chemical Engineering Journal!
Ready to Make an Impact?
Collaborate with us to engineer nanomaterials for next-generation energy and catalytic technologies