This work presents a methodology off-the-shelf to characterise, in industrial zones, high level ground pollutant concentrations areas in order to optimise the monitoring network system location and point out interesting pollutants, parameters and the others meteorological information, to evaluate the pollutants diffusion in atmosphere and their soil impacts, e.g. Kainumaf [1]. This methodology has been oobtained by integrating the pollutant transport model and the Geographic Information System. In particular, the chosen air quality model is the Rough Terrain Diffusion Model (E.P.A. model) able to estimate ground level concentration in complex terrain near one or more co-located indusatrial sources
Pollutant diffusion model and GIS integration procedure for evaluating atmospheric emissions in industrial areas.
RAGOSTA, Maria;
1998-01-01
Abstract
This work presents a methodology off-the-shelf to characterise, in industrial zones, high level ground pollutant concentrations areas in order to optimise the monitoring network system location and point out interesting pollutants, parameters and the others meteorological information, to evaluate the pollutants diffusion in atmosphere and their soil impacts, e.g. Kainumaf [1]. This methodology has been oobtained by integrating the pollutant transport model and the Geographic Information System. In particular, the chosen air quality model is the Rough Terrain Diffusion Model (E.P.A. model) able to estimate ground level concentration in complex terrain near one or more co-located indusatrial sourcesI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
