Her academic and research work focuses on the development of sustainable solutions for environmental protection through the synthesis, optimization, and application of advanced materials for water treatment and the degradation of emerging contaminants. Her work integrates principles of green chemistry, materials science and engineering, and environmental technologies for the design of efficient systems aimed at environmental remediation. She also participates in projects related to waste valorization and resource recovery, promoting circular economy-based strategies that contribute to the sustainable use of materials and the reduction of environmental impacts. Her research activities incorporate biotechnological and energy-related approaches directed toward the development of innovative solutions for sustainable resource management. For the study of the materials and processes developed, she employs advanced structural and optical characterization techniques to establish relationships between synthesis conditions, physicochemical properties, and the functional performance of the resulting systems. Her main areas of interest include environmental photocatalysis, water treatment and reuse, green chemistry, waste valorization, circular economy, and sustainable technologies for the mitigation of environmental problems.