Articles online

Source Apportionment and Macro Tracer: Integration of Independent Methods for Quantification of Woody Biomass Burning Contribution to PM10

Category: Aerosol and Atmospheric Chemistry

Accepted Manuscripts
DOI: 10.4209/aaqr.2018.05.0186

Export Citation:  RIS | BibTeX

Milena Stracquadanio, Ettore Petralia , Massimo Berico, Teresa M.G. La Torretta, Antonella Malaguti, Mihaela Mircea, Maurizio Gualtieri, Luisella Ciancarella

  • Laboratory of Atmospheric Pollution, National Agency for New Technologies, Energy and Sustainable Economic Development, ENEA, 40129 Bologna, Italy


Source Apportionment and Macro Tracer approaches for BB determination are compared.
The two independent methods resulted in good agreement.
Determination of a representative conversion factor for olive hardwood burning.
Methods combination for a reliable assessment of BB contribution.
Methods combination useful for site-specific conversion factors assessment.


During the last few years, the rise in woody biomass combustion (BB) for household heating determined an increase of PM mass concentrations, in particular of the fine fraction, in Europe as reported by the European Environmental Agency. The estimation of biomass combustion contribution to airborne particulate matter is therefore an important issue for air quality governance, due to its potential health and environmental impacts. Wood burning contribution to PM10 was estimated in winter time at a rural site in southern Italy by means of two independent methods: Source Apportionment analysis with Positive Matrix Factorization (BBPMF) and Macro Tracer approach based on Levoglucosan concentrations (BBLevo). PM10 and PM2.5 samples were collected every 24 h and 8 h, respectively. Samples were analyzed to determine organic and elemental carbon, Levoglucosan, inorganic ions and elements.

The results obtained by means of the two independent methods revealed a good agreement (r = 0.85), with a linear correlation slope of about 1, providing a reliable assessment of biomass combustion contribution. Woody biomass combustion contributed significantly to PM10 during winter determining on average slightly less than 30% of total PM10 mass. The combination of the independent methods here proposed may be used as a methodology for refining BB emissions contribution to air pollution.


Biomass combustion Particulate matter Levoglucosan PMF Emission sources

Related Article

Aerial Observation of Atmospheric Nanoparticles in Fukue Island, Japan

Kwangyul Lee, Indra Chandra, Takafumi Seto, Yayoi Inomata , Masahiko Hayashi, Akinori Takami, Ayako Yoshino, Yoshio Otani