Analysis of Air Quality Assessment in Kielce in Relation to the Covid-19 Pandemic

Monika Metryka-Telka, R. Kowalik, N. Jurišević, A. Nešović
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引用次数: 1

Abstract

Abstract Air pollution has a significant impact on citizens’ well-being and overall life quality. In this regard, regular air quality monitoring aims to keep pollution levels within prescribed limits and to identify the factors (winds, traffic, seasons, ambient temperature, air humidity, and so on) that influence pollution levels. To carry out a preliminary analysis of the air quality in Kielce, a specialist detector of PM2.5 and PM10 particles Steinberg 10030389 SBS-PM2.5 was used. Besides, the analysis referred to pollutants such as SO2; NO2; C6H6, which were provided from the Chief Inspectorate of Environmental Protection. Controlling the above mentioned pollutants for monthly and hourly averages of the selected time period in 2020 and 2021, taking into account the epidemiological situation (lockdown), graphs with the results were prepared. Then the analysis was carried out, with the preliminary assumption that the air quality is worse when the population functions normally than when it remains indoors, and that air quality is usually better at night than during the day.
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与新冠肺炎大流行相关的凯尔采市空气质量评价分析
空气污染对公民的福祉和整体生活质量有重大影响。在这方面,定期监测空气质量的目的是将污染程度保持在规定的限度内,并查明影响污染程度的因素(风、交通、季节、环境温度、空气湿度等)。为了对Kielce的空气质量进行初步分析,使用了PM2.5和PM10颗粒专业检测器Steinberg 10030389 SBS-PM2.5。此外,分析涉及的污染物包括SO2;二氧化氮;C6H6,由环境保护总督察提供。控制上述污染物在2020年和2021年选定时间段的月平均值和小时平均值,并考虑流行病学情况(封锁),制作结果图表。然后进行分析,初步假设人口正常活动时的空气质量比呆在室内时的空气质量差,夜间的空气质量通常比白天好。
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