The Examination of different Air Constituents to Ascertain Pune City's Air Quality

Dr. Nidhi Mishra
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Abstract

The city of Pune experiences poor air quality, leading to research of various air constituents in order to assess the overall quality of the air. Significant pollutants such as PM2.5, PM10 (RSPM), NO2, O3, SO2, and CO are addressed in this analysis, along with their causes and consequences. Exceeding WHO standards, levels of PM2.5 constitute a severe problem; NO2 and O3 levels constitute grounds for concern. In order to mitigate such pollutants and obtain cleaner air in Pune City, the research stresses the necessity for more difficult emission control measures, the promotion of public transportation and electric vehicles, and the supervision of industrial and construction activity. The objective of this research is to evaluate Pune City's air quality and offer insights by thoroughly examining various air quality elements. An extensive tracking strategy is analyzed for three years (2022, 2023, and 2024), considering air quality components like RSPM (PM10), PM-2.5,NO2, O3, etc. Various graphs are analyzed for the above-mentioned years and observe the growth in air quality index for Pune city. In the last three years, data has been collected from government websites on a monthly basis, and various graphs have been plotted by considering their average value. All the graphs show an increase in the air quality index. The study's findings provide valuable new information on the present state of the air quality in Pune City and emphasize the urgent need for effective air quality management measures. To mitigate air pollution, maintain public health, and maintain environmental sustainability, initiatives must concentrate on emissions control, planning for cities, enhancing public transportation, and creating green infrastructure in Pune City.
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通过检测不同的空气成分来确定浦那市的空气质量
浦那市的空气质量较差,因此需要对各种空气成分进行研究,以评估空气的整体质量。本报告分析了 PM2.5、PM10(可吸入颗粒物)、二氧化氮、臭氧、二氧化硫和一氧化碳等主要污染物及其成因和后果。PM2.5 水平超过世界卫生组织的标准,构成严重问题;NO2 和 O3 水平令人担忧。为了减少这些污染物,使浦那市的空气更加清新,研究强调必须采取更加严格的排放控制措施,推广公共交通和电动汽车,并对工业和建筑活动进行监督。考虑到 RSPM(PM10)、PM-2.5、NO2、O3 等空气质量成分,对三年(2022 年、2023 年和 2024 年)的广泛跟踪策略进行了分析。对上述年份的各种图表进行分析,观察浦那市空气质量指数的增长情况。在过去三年中,我们每月从政府网站上收集数据,并根据其平均值绘制各种图表。所有图表均显示空气质量指数有所上升。研究结果为了解浦那市的空气质量现状提供了宝贵的新信息,并强调了采取有效空气质量管理措施的迫切性。为了减轻空气污染、维护公众健康和保持环境的可持续发展,浦那市的各项举措必须集中在排放控制、城市规划、加强公共交通和创建绿色基础设施等方面。
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