FPU2025 - Extra-Large Pore Zeolites for Catalytic, Photocatalytic and Optical Applications

We have developed a new generation of zeolites featuring 3D networks of extra-large pores (3D-ELP) and exceptional structural stability, which constitute recent breakthroughs in zeolite science (our recent papers in Nature 2024; Science 2021, 2023 and 2025). These materials overcome the intrinsic limitations of conventional zeolites, enabling the encapsulation of bulky species and precise spatial control of active sites. Our research will pursue the Functionalization of these ultraporous zeolites for Advanced Applications (heterogeneous catalysis, solar-driven photocatalysis, and light-emitting applications) by integrating catalytic, photocatalytic, and optical functionalities, while leveraging the zeolite’s rigid, chemically inert framework to enhance stability and efficiency. The project combines rational design, advanced spectroscopy, and state-of-the-art synthesis. It will exploit synergies between zeolite experts (Miguel Camblor) and photonic materials specialists (Alvaro Blanco) within ICMM (Severo Ochoa Centre of Excellence) as well as with catalytic experts at Universidad Autónoma de Madrid (Carolina Belver, through joint project HALZEOCAT-CM). Outcomes will contribute to next-generation multifunctional materials for green chemistry, renewable energy, and photonics.