The overarching aim of this project is the synthesis of molecular and supramolecular containers / receptors with polar interiors derived from the use of aryl- and super-aryl- extended calix[4]pyrroles, and the evaluation of their applications in different areas ranging from fundamental studies of physical organic chemistry, the development of sensor devices, molecular recognition, supramolecular catalysis […]
Mechanism-driven Design of 3d Transition Metal Catalyzed CH Functionalization Reactions
Computational sustainable chemistry
Advancing the Catalytic Construction of Quaternary Stereocenters
FPI Fellowship – Eric Palomo
Computational Chemistry 4.0 for a Sustainable Development
Molecular Containers with Polar Cavities and Versatile Functions
Development of Molecular Catalysts Relevant for Solar Fuels Generation
Juan de la Cierva Fellowship – Giuseppe Sciortino
Juan de la Cierva Fellowship – Marc Montesinos
Training Network in Innovative CO2 Transformations and Valorization Route
Strategies for the Catalytic Transformation of Plastic Waste Into Valuable Building Blocks
FPI Fellowship – Carlota Odena Juan
FPI Fellowship – Jordi Morales Vidal
FPI Fellowship – Neus Sunyer Pons
Integration of molecular solar cells and electrocatalysis for CO2 reduction
INTEGRA2 aims to study novel materials and analyse and understand photo-electro catalysis of carbon dioxide (CO2) using solar cells as a current/voltage source and carbon based materials as electro active catalysts. The project targets to rationalize the products of the CO2 reduction, with the applied electrical bias, the nature of the catalyst and the reactor […]
Development of new catalysts for oxidation and reduction chemistry in the context of Artificial Photosynthesis
The AP2Chem project entails the long-term aim of using visible light or redox potential as driving force for the synthesis of fuels and highvalue chemicals. To this end, there is still a need for more robust, energetically efficient (low overpotentials), selective and faster (TOF) water oxidation catalysts (or oxygen-evolving reaction catalysts), H2O and CO2 reduction […]
Contributions to Catalysis towards Sustainable Chemical Production
The project “Contributions to Catalysis towards Sustainable Chemical Production (CATCHEMPRO)” builds on previous research efforts of the Pericàs lab in the 2009-2019 time frame centered on the development of immobilized catalysts for the production of enantiopure compounds in batch and flow. We now aim at completing ongoing studies in this area with the ultimate goal […]
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