Physical-Chemical Monitoring

Researchers

Capabilities

ANALYTICAL METHODOLOGIES

Development and application of ad hoc analytical methodologies for environmental problem solving using chromatography and mass spectrometry (GC-MS, CG-Ms/MS, LC-MS/MS)

• Development of environmentally friendly extraction techniques(in compliance with Green Chemistry principles) and chromatographic and spectrometric analysis techniques.
• Determination of priority and emerging contaminants: pharmaceuticals and personal care products (PPCPs), pesticides, PCBs, PAHs, flame retardants, etc.
• Analysis of photochemical and/or microbial degradation by-products.
• Determination of polyphenols, aroma compounds, and activity indices.

AIR MONITORING

• Accredited laboratory for determining radon concentration in air, accredited by ENAC, for both trace measurement (Radosys 200 and Radobath equipment) and continuous radon measurement (SARAD equipment).
• Capability to perform radon measurements, develop radon plans, and provide consultancy services for public administration, private entities, and individuals.
• Further information: Laboratorio de Radón en Galicia – USC

SOIL MONITORING

• Physicochemical characterization and classification of soils.
• Extraction and characterization of soil organic matter (humic substances).
• Study and modeling of physicochemical processes controlling the mobility of contaminants and nutrients in soil.

WATER MONITORING

• Comprehensive study of surface and groundwater quality through chemical analysis and modeling of chemical speciation of environmentally relevant ions.
• Determination of microcontaminants, including PPCPs, pesticides, and others in water and different environmental compartments.
• Physicochemical analysis of industrial effluents.