PERPETUAL ELECTROCHEMICAL CO2 CAPTURE

NEW ORGANIC CATIONS FOR THE SYNTHESIS OF ZEOLITES. CHARACTERIZATION STUDIES AND APPLICATIONS OF INDUSTRIAL INTEREST IN ENVIRONMENTAL CATALYSIS AND SEPARATION PROCESSES

PROCESS INDUSTRY DECARBONISATION THROUGH INTENSIFIED CATALYSIS BY INTEGRATION OF KEY ENABLING TECHNOLOGIES

TOWARDS THE GREEN DEAL: SYNERGIES BETWEEN HOMOGENEOUS AND HETEROGENEOUS CATALYSIS FOR THE SELECTIVE PRODUCTION OF ALKYL ORGANIC COMPOUNDS FROM RENEWABLE C1 SOURCES.

Molecular design of catalysts

Design and synthesis of mono- and multifunctional catalysts with well defined, homogeneous active sites. Characterization by means of spectroscopic…

CATREDOX

Synthesis, characterization and catalytic properties of solid catalysts based on mixed metal oxides for oxidation-reduction catalytic processes for…

SYNGAS

Development of advanced multifunctional catalysts for the production of low-carbon fuels and chemicals from renewable feedstocks such as captured CO2…

Porous Materials for Adsorption, Separation and Environmental Applications

Development, advanced characterization and theoretical studies of new porous materials for their employ in separation and adsorption processes of…

Energy conversion and storage

The group's activities include fundamental study of functional materials and devices, as well as design, development of devices and processes with a…

Nanomedicine

Multidisciplinary group in the ITQ. All members have a high background in Material Science, Chemistry and Biomedicine. The group's field of action…