Beatriz Trindade Martins Vidigal Barrocas Lencart. Completed the PhD in Chemistry in 2020 by Universidade de Lisboa Faculdade de Ciências, Master in Chemistry - Specialization in Chemistry in 2014 by Universidade de Lisboa Faculdade de Ciências and Bachelor degree in Technological Chemistry - Materials and environment in 2011 by Universidade de Lisboa Faculdade de Ciências. In 2020, she moved to Institute of Environmental Technology, VŠB-Technical University of Ostrava, Czech Republic as a researcher. Her research interests have been focussed on the synthesis and characterization of nanocrystalline semiconductors and in their application mainly for pollutants photocatalytic degradation. Currently, her area of interest is the utilization of functionalized semiconductor nanomaterials for the photocatalytic reduction of CO2, photocatalytic generation of H2, photocatalytic decomposition of methanol and emergent pollutants photocatalytic degradation. Currently, she is a Researcher (collaborator) in Universidade de Lisboa Centro de Química Estrutural. Published 21 articles in journals. Organized 1 event. Participated in 9 events. Has received 5 awards and/or honors. Participates and/or participated as Other in 3 project(s), PhD Student Fellow in 1 project(s), Research Fellow in 3 project(s) and Researcher in 3 project(s). Works in the area(s) of Exact Sciences with emphasis on Chemical Sciences and Exact Sciences with emphasis on Chemical Sciences. In their professional activities interacted with 66 collaborator(s) co-authorship of scientific papers. In her curriculum Ciência Vitae the most frequent terms in the context of scientific, technological and artistic-cultural output are: Perovskite-type oxide films; Ca2Mn3O8 films; TiO2 films; Sputtering; dyes; Photocatalysis; visible radiation; Semiconductor materials; Emergent pollutants removal; Photo(electro)catalysis; Environmental applications; Elongated titanate nanoparticles; metal modification; metal and organic molecules sensitization; photo(electro)catalytic degradation; CO2 photoreduction; heterojunction nanocomposite; photocatalysis; renewable fuel; valuable chemicals; Emergent pollutants photocatalytic degradation; Titanate nanotubes and nanowires.