Síntesis innovadora y caracterización de catalizadores silíceos a partir de fuentes renovables

Abstract

The new paradigm of the chemical industry promotes the challenge of developing production alternatives that tend to maximize global efficiency by integrating sustainability into processes. The flexibility in the solid catalysts design with advanced capabilities allows to address these demands by involving research into the use of renewable precursors and cleaner and simpler synthesis methodologies. Thus, it is proposed the synthesis and characterization of new mesoporous siliceous nanomaterials, from renewable precursors, modified with aluminum through eco-friendly methodologies, are proposed as potential catalysts in the reaction of hydrogenolysis of glycerol to obtain bioglycols.