Chemical characterization and valorization of plant biomass and utilization of biotechnological tools to improve its uses (i.e. for the production of cellulose, lignin, bio-fuels, lipids and chemicals). Our investigations fit with the following priorities of the new Framework Programme of the European Union, Horizon 2020: I.2. Priority Excellent Science: Development of Future and Emerging Technologies. II.4. Priority Competitive Industries: Biotechnology III.3. Priority Better Society: Reliable, Clean, Efficient Energy III.5.

We study and exploit genes involved in the regulation of longevity and tolerance to severe abiotic stress of seeds, seedlings, and plant vegetative tissues.

Design and synthesis of mono- and multifunctional catalysts with well defined, homogeneous active sites. Characterization by means of spectroscopic techniques combined with the use of probe molecules. Study of their reactivity in chemical processes, defined by a single step or by several steps (cascade reactions).

Synthesis, characterization and catalytic properties of solid catalysts based on mixed metal oxides for oxidation-reduction catalytic processes for the functionalization of paraffins, olefins and biomass derivatives. Partial oxidation and total oxidation reactions of hydrocarbons. Synthesis of solid catalysts (acids and superacids) for the transformation of petroleum derivatives, natural gas and biomass.

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

Development, advanced characterization and theoretical studies of new porous materials for their employ in separation and adsorption processes of industrial or environmental interest and catalytic processes for removal of contaminants. Recentrly, we have launched a new research line focusses on the development of new materials with biocide and antifungical properties for fruits.

The group's activities include fundamental study of functional materials and devices, as well as design, development of devices and processes with a clear industrial orientation. The main areas of work are: 1. Development of fuel cells and electrolysers, typically for operation above 250 º C. 2. Catalytic conversion for energy processes, including the synthesis or electrosynthesis of different fuels and intermediate reactions as water gas shift in a wide range of temperatures. 3.

Multidisciplinary group in the ITQ. All members have a high background in Material Science, Chemistry and Biomedicine.

Multidisciplinary team with wide scientific experience and complementary capacities to carry out basic and applied research in the study of the health benefits of plant bioactive compounds.

The research team aims its research at the study of the health beneficial properties of dietary polyphenols and other boiactive compounds present in the diet. Focusing at the study of polyphenols bioavailability and metabolism, antioxidant effects, inflammation and effects on cardiovascular system and, more recently, on neurocognition and vision.