Scientific Bases for the Preparation of Heterogeneous Catalysts

<p>Innovative approaches in catalyst preparation for specific performances and purposes<br>catalysts for fuel cells<br>electrocatalysts<br>photocatalysts<br>catalysts for artificial photosynthesis<br>catalysts for environmental application and energy production<br>catalysts for biomass (constituents) conversion<br>catalysts for nanotube synthesis<br>multifunctional catalyts for petro- and fine chemistry<br>catalysts with metal organic frameworks<br>hybrid (bio + inorganic + organic) catalysts<br>Advanced preparation of supports and supported catalysts<br>hierarchical porous supports<br>heterogenized soluble catalysts<br>supported nanoparticles and organometallic catalysts<br>nanotubes/fibers as catalysts (or supports)<br>immobilisation of biocatalysts<br>Key concepts in catalyst preparation<br>scaling-up of catalyst preparation and shaping<br>innovation in unit operations for catalyst preparation<br>in situ spectroscopies in relation with catalyst preparation<br>structured and membrane catalysts </p>