Monitoring and evaluation of Terni (Central Italy) air quality through spatially resolved analysis
Sapienza University of Rome, Department of Chemistry, Rome, Italy
DIT, Dublin Institute of Technology, School of Chemistry & Pharmaceutical Sciences, Dublin, Ireland
* Author to whom correspondence should be addressed.
17 July 2017
The air quality of Terni was evaluated during a six months monitoring campaign carried out from December 2016 to May 2017. Terni is a city of Central Italy situated in an intramountain depression delimited by the Apennine mountain range. It contains many sources of airborne particulate matter such as vehicular traffic, domestic heating, a power plant for waste treatment and a steel plant. Furthermore, the meteorological conditions of Terni basin limit the dispersion and enhance the accumulation of the atmospheric pollutants. Hence, Terni is an ideal area for the mapping of the spatial variations of PM10 chemical species through innovative analytical methods.
Spatially resolved data were obtained at a monthly temporal resolution by innovative, low flow and self-powered samplers working in parallel at 25 strategic sites. PM10 chemical composition was determined by applying a multiparametric procedure (macro-elements, micro-elements and inorganic ions) previously optimized and validated . This procedure enabled the separation between the water-soluble and the residual fraction of each analyzed element. The application of a chemical fractionation procedure proved to be a valuable approach for the characterization of PM10 and for increasing the selectivity of elements as source tracers .
The spatial mapping of the source tracers resulted to be efficient for the individuation of the PM10 chemical source profiles and for the evaluation of the dispersion capacities of PM10 chemical species. In addition silent samplers were utilized to evaluate the air quality of indoor environments (such as dwellings and schools) by calculating the infiltration ratio (indoor/outdoor concentration) of each analyzed source tracer. The information obtained can be used to validate the dispersion models and to improve the evaluation of human exposure to PM.
 S. Canepari, E. Cardarelli, A. Giuliano, A. Pietrodangelo, Talanta 69 (2006) 581–587.
 S. Canepari, A. Pietrodangelo, C. Perrino, M.L. Astolﬁ , M.L. Marzo, Atmospheric Environment 43 (2009) 4754–4765.
Terni air quality, spatially resolved analysis, airborne particulate matter, chemical fractionation, source tracers, chemical source profiles, PM spatial mapping, dispersion capacity, indoor PM, infiltration ratio
Cite this article as
Massimi, L.; Ristorini, M.; Eusebio, M.; Florendo, D.; Adeyemo, A.; Brugnoli, D.; Canepari, S. Monitoring and evaluation of Terni (Central Italy) air quality through spatially resolved analysis.
In Proceedings of the 2nd Int. Electron. Conf. Atmos. Sci.,
16–31 July 2017;
Sciforum Electronic Conference Series, Vol. 2,
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PhD in Environmental and Evolutionary Biology (Curriculum "Ecological Sciencies"), scientific area: Analytical Chemistry, research activity: "Monitoring and evaluation of Terni (Central Italy) air quality through innovative analytical methods". 2016 - Traineeship at GTS (Centre Grup de Tècniques de Separació en Química), Chemistry Department of Universitat Autonoma de Barcelona, research activity: "Evaluation of the effective removal of antimony from aqueous solutions using forager sponge® and SPION-loaded onto forager sponge®".
2016 - Scholarship for research activity at the Chemistry Department of Sapienza University of Rome, research activity: "Evaluation of the adsorption properties of food waste and of innovative materials through analysis of physical-chemical characterization data".
2015 - Postgraduated degree in Environmental Monitoring and Remediation, experimental thesis: "Evaluation of the adsorption capacities of organic and inorganic pollutants from aqueous solutions by food waste".
Current research activity:
Monitoring and evaluation of Terni (Central Italy) air quality through spatially resolved analysis. Mapping of the spatial variations of PM chemical species by innovative analytical methods for source apportionment studies. Evaluation of airborne particulate matter dispersion capacity and individuation of the PM chemical source profiles. Evaluation of PM effects on humans, animals and plants through bioaccumulation analysis, genotoxicity assays and oxidative potential studies.
Graduated cum laude in Chemistry in 1986, she obtained the Ph.D. in Chemistry Sciences in 1992.
From 1987 to 1989 she collaborated with the Institute of Atmospheric Pollution of the National Research Council of Italy on projects about the development of an environmental sampler and the optimization of analytical procedures for the determination of organic exhaust in emissions and indoor environments.
From 1989 to 2001 she was technician at Sapienza university of Rome, Centro Interdipartimentale per le Malattie Sociali - Sezione di Chimica Bioanalitica.
Since 2001 she is researcher at the Department of Chemistry (Sapienza University of Rome).