Modelación de la dispersión y acumulación de los contaminantes emanados por fuentes fijas mediante datos de investigaciones realizadas con el testo 350 en el periodo 2020- 2021.
The following research project had the main objective of modeling the dispersion and concentration of air quality based on investigations carried out with testo 350. Within this work, it is discussed the pollutants that are product of emissions from fixed sources that can cause damage to the environ...
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| Médium: | bachelorThesis |
| Jazyk: | spa |
| Vydáno: |
2021
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| Témata: | |
| On-line přístup: | http://repositorio.utc.edu.ec/handle/27000/10252 |
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Přidat tag | Shrnutí: | The following research project had the main objective of modeling the dispersion and concentration of air quality based on investigations carried out with testo 350. Within this work, it is discussed the pollutants that are product of emissions from fixed sources that can cause damage to the environment. In addition, these data were obtained from various sources such as pottery kilns, dairy companies, hostels, a whiskey producing company and a sausage company. The research’ methodology has a descriptive in nature under the mixed approach; in addition, it has a documentary bibliographic modality. The data collection was carried out using an excel matrix, which served to apply formulas and transform them; besides, the software "Screen View" allowed data processing, identification of the spread and its range of incidence of contamination. Consequently, the interpretations of these data allow to conclude that the dispersion at ground level is between 13 and 649 meters from the emission source; however, the concentrations vary according to the pollutant: the maximum CO concentration is 80,800 ug / m3 for Pottery kiln 5, having an emergency level according to environmental regulations. Regarding the contamination by NOx (NO2), the maximum was 361.9 ug / m3 for the company “Alcopesa” that according to the environmental regulations do not present levels of air quality contamination; nevertheless, the hypothetical maximum concentration of SO2 is 35400 ug / m3 for Pottery kiln 2, which defines an emergency level in air quality. |
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