Maria de Lurdes Franco Ciriaco

Maria de Lurdes Franco Ciriaco serves as an Associate Professor in the Department of Chemistry at the University of Beira Interior (UBI), Portugal. She is actively affiliated with the FibEnTech research unit (Fiber Materials and Environmental Technologies), focusing on sustainable materials and environmental solutions. Her teaching portfolio includes core chemistry courses such as Chemistry I, Inorganic Chemistry, and Materials Chemistry for the 2025 academic year, contributing significantly to undergraduate science education.

Her research expertise spans:

• Inorganic and Solid State Chemistry, with emphasis on perovskite materials for electrochemical applications
• Electrochemistry, particularly advanced electrode materials and processes
• Environmental Chemistry, targeting electrochemical degradation of organic pollutants in water systems

This interdisciplinary work bridges materials science and environmental engineering to develop innovative water treatment solutions through advanced oxidation processes.

Analysis of her publication record (2001-2010) reveals consistent specialization in electrochemical water treatment technologies. Key research trajectories include:

• Development and optimization of boron-doped diamond electrodes for pollutant degradation
• Systematic investigation of structure-activity relationships across diverse organic contaminants
• Quantification of combustion efficiency and mineralization pathways in electrochemical oxidation
• Comparative studies of electrode materials (Si/BDD, Ti/Pt/PbO₂) for specific pollutant classes

Her work demonstrates rigorous methodology in connecting chemical structure, operational parameters, and treatment efficacy, establishing her as a substantive contributor to environmental electrochemistry.

No scientific awards were documented in the source material.

The available information does not specify doctoral students supervised or research grants managed by Professor Ciriaco.

Within the FibEnTech research unit, she contributes to multidisciplinary efforts developing fiber-based materials and environmental technologies, with particular focus on advanced oxidation processes for water purification and sustainable material solutions.