8 catalyst uni jobs in Italy

PHOTOactive aerophobic hydroGels for hydrogEN generation in molecular-based photoelectrosynthetic cells (PHOTOGEN)

to perform the interfacial reactions, water oxidation and proton reduction. The benefits of PHOTOGEN approach includes the exploitation of molecular sensitizers and catalysts, with tunable structure/property

Study of sustainable catalytic systems based on innovative solvents and polymeric scaffolds

the “switchable” solvents, able to change polarity through an additional trigger substance, with the heterogeneous and/or supported catalysts, with the photocatalysis. An additional target will be

ProMEA - New Manufacturing Process for MEAs in PEMWE Application

simplify the manufacturing process using a straightforward hybrid printing CCM manufacturing technique coating of the catalyst layer on the membrane. The overall goal is to develop a deposition technique

Synthesis of silicas with controlled porosity starting from waste from the SILCO fluorine industry, MUR PRIN 2022 PNRR "SILCO" CODE Prog. P2022SZANL CUP D53D23018540001, 2024_ASSEGNI_DCMC_41

of dual function materials (DFM) coupling capture CO2 and as catalysts for fuel production is promising. The use of functionalized silica is promising and is expected to open the door to the development

Waste-derived Silica-based porous solids for Carbon dioxide capture, storage and re-use SILCO, MUR PRIN 2022 PNRR "SILCO" CODE Prog. P2022SZANL CUP D53D23018540001, 2024_ASSEGNI_DCMC_40

on silica and/or modified silica having specific functionalization and porosity, suitable for highly efficient CO2 capture and storage and to be used as catalysts support for high yield and selective fuel

Transformation of plastic waste in Electrocatalysts, Supported by exhausted gases recovery Layout (TESLA) Call n. ICCOM-248-2024-FI

focused on the synthesis of nanostructured or molecular catalysts and/or electrocatalysts; morphological-structural characterization by (HR)TEM and SEM microscopy, and XRD; GC, HPLC and NMR analysis

Ultra-small supported nanoclusters applied to biomass conversion (P20227XSAH_PE3_PRIN2022PNRR_Bi-NANO (CUP B53D23028390001)

, for which reactions mono- or bi-metallic nanoclusters are promising catalysts. Using advanced experimental methods of surface and material science, e.g. scanning probe microscopy (STM/STS and AFM

Next gEneration PGM-Free EleCtrocatalysts for the Green Electrosynthesis of Hydrogen PerOxide and Electro-Fenton preservation of Aqueous Environments

for potabilization of water. In particular, the comparative degradation ability of the different catalysts will be investigated by treating target solutions of pharmaceutical products. The project will consist of: i