• Title of article

    Indoor air quality in the university libraries of Modena (Italy)

  • Author/Authors

    Guglielmina FantuzziCorresponding author contact information، نويسنده , , a، نويسنده , , Gabriella Aggazzottia، نويسنده , , Elena Righia، نويسنده , , Lucia Cavazzutia، نويسنده , , Guerrino Predieria، نويسنده , , Armando Franceschellib، نويسنده ,

  • Issue Information
    هفته نامه با شماره پیاپی سال 2006
  • Pages
    8
  • From page
    49
  • To page
    56
  • Abstract
    We carried out a survey in 16 libraries of the University of Modena, Northern Italy, to assess the indoor exposure to volatile organic compounds (VOCs), including formaldehyde, and total dusts. Data were collected on the main structural characteristics of the buildings; indoor microclimate parameters, such as temperature, relative humidity and ventilation rate were measured and air samples taken inside and outside the libraries. The mean value of total dusts was 190 ± 130 μg/m3 with a wide range of values. Formaldehyde was found in only ten out of 16 libraries and the indoor concentrations ranged from 1.70 to 67.8 μg/m3 with an average value of 32.7 ± 23.9 μg/m3. On the whole, VOCs were present in all the libraries investigated with an average value was 433 ± 267 μg/m3 (range 102–936 μg/m3). No correlation was found among VOCs, formaldehyde and total dusts nor was a significant association observed with microclimatic parameters or the structural characteristics of the buildings. The general situation found in this study suggests no major problems related to indoor pollution. However, some of the pollutants investigated such as total dust and total VOCs deserve further investigation. It is important to identify the possible sources of contaminants and to define the relationship between indoor and outdoor levels of pollutants more accurately, taking into account the effects of air recycling due to natural ventilation systems.
  • Keywords
    Pollutants , Volatile organic compounds , Air quality
  • Journal title
    Science of the Total Environment
  • Serial Year
    2006
  • Journal title
    Science of the Total Environment
  • Record number

    980173