Study of emitted gases from incinerator of Al-Sadr hospital in Najaf city

Medical waste incinerator of Al-Sadar hospital in Najaf city is one of the environmental pollution sources in the city due to reasons related to the quantity and quality of gases emitted from it, so this study aims to estimate environmental damage by determining the concentrations of some of these e...

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Veröffentlicht in:Open Engineering (Warsaw) 2022-03, Vol.12 (1), p.102-110
Hauptverfasser: Mohsen Kizar, AL Hasnawi Fatima, Suhad Abdulsattar, AL Mahbobi, Layth Abdulrasool, AL Asadi
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Sprache:eng
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Zusammenfassung:Medical waste incinerator of Al-Sadar hospital in Najaf city is one of the environmental pollution sources in the city due to reasons related to the quantity and quality of gases emitted from it, so this study aims to estimate environmental damage by determining the concentrations of some of these emitted gases. The study is concerned with determining the concentrations of six gases over five months (November 2013–March 2014), these gases were oxygen (O ), silane (SiH ), hydrogen (H ), sulfur dioxide (SO ), nitrogen dioxide (NO ), and hydrogen sulfide (H S), in addition to studying some weather factors such as wind speed and temperature that affect on the concentrations of the gaseous pollutants. It is found that the study area suffers from pollution with SO gas, which is one of the main standard pollutants for assessing polluted areas, where the mean of gas concentration during the study period was 0.205 [ppm] and thus exceeded the permissible limits. Moreover, some of the studied gases (like NO and H S) have concentration close to the upper limit of the standards, where NO gas concentration in December and January were 0.17 [ppm] and 0.2 [ppm], respectively, and H S gas concentrations in February and March were 3.5 [ppm] and 4.4 [ppm], respectively, which poses a threat to public health and other elements of the environment, which confirms the existence of an air pollution problem that the study area and the nearby areas suffer from.
ISSN:2391-5439
2391-5439
DOI:10.1515/eng-2022-0016