CRETUS STAFF

SARAH FIOL LÓPEZ

• Titular teacher
• Department: Soil Science and Agricultural Chemistry
• Center: Institute of Technological Research (USC)
• Research Group: Soil and landscape mapping, physico-chemical, soil and water degradation and recovery (AMBIOSOL)
• Tel .: +34 8818 16042
• Email: sarah.fiol@usc.es
• Group Web: http://www.usc.es/es/investigacion/grupos/ambiosol/
• Scientific Profile: ORCID

Bio
Full Professor of the Department of Physical Chemistry since 2002 and accredited to the Chair since 2013. Coordinator of the Environmental Physical Chemistry Research group (GI-2588) since 2009. Publication of more than 60 scientific articles, participation in more than 50 national and international conferences and direction of 3 doctoral theses and numerous TFG and TFM. Participation in more than 15 regional, national and international research projects related to the retention of organic and inorganic contaminants on surfaces of environmental interest capable of naturally attenuating contamination, with chemical speciation in contaminated waters and soils, the study of surface complexation models for the simulation of adsorption processes in natural systems and with the study of the quality of waters and sediments of rivers in Galicia. In three of the national projects, participation was as IP. Participation in the NAIADE Network since 2014 and in the CRETUS Strategic Group since 2015. Contracts with companies to carry out particle size determination for oil and water quality studies. Taught at the Faculties of Chemistry, Biology and Pharmacy and at the USC Higher Technical School of Engineering.

Research Lines
• The comprehensive study of surface water quality:
• Chemical speciation in aquatic systems and contaminated soils
• Water and sediment quality studies: analysis of physical-chemical parameters
• The study of the reactivity of soils from its fractions as model systems:
• Adsorption / retention of pollutants on surfaces of environmental interest
• Natural iron nanoparticles and their ability to mitigate contamination
• Surface complexation models and their application in the simulation of adsorption / retention processes in natural systems
• Development of soil and water remediation methods based on the use of mineral nanoparticles and / or biocarbons.

 Projects

Publications

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