Desenvolvimento de novos materiais a base de zeólita, mordenita e hidróxidos duplos lamelares para adsorção de CO2

Abstract

Research and development of new materials are fundamental to face contemporary technological and environmental challenges. In this dissertation, the development of new materials based on zeolite, Mordenite and Lamellar Double Hydroxides (HDL) was explored. These materials are recognized for their unique properties and potential in diverse applications, from catalysis to ion storage. Using a multidisciplinary approach, synthesis methods, characterization and potential applications of these materials were investigated. The synthesis was carried out using methodologies used in previous studies. Characterization encompassed a wide range of analytical techniques, including scanning electron microscopy (SEM), X-ray diffraction (XRD), thermogravimetric analysis (TGA) and particle size analysis (PSA). The results obtained from the characterization techniques revealed materials with well-defined structures, controlled morphologies and specific properties, demonstrating their potential in various technological applications. Regarding CO2 adsorption analysis, the materials demonstrated potential for application in the area. This dissertation contributes to the advancement of scientific and technological knowledge in the area of materials, offering new perspectives for the development of more efficient and sustainable technologies.