A Study on Characteristics and Countermeasures of Fine Dust Discharge Sources in Cheongju (청주시 미세먼지 배출원의 특성과 대책에 대한 연구)

Kim, Jong-yeon (김종연); Youn, Daeok (윤대옥); YOUNG HOON KIM (김영훈); Shin Won Jeong (신원정)

doi:10.25202/JAKG.8.3.5

A Study on Characteristics and Countermeasures of Fine Dust Discharge Sources in Cheongju

Journal of the Association of Korean Geographers
Abbr : JAKG
2019, 8(3), pp.399-415
DOI : 10.25202/JAKG.8.3.5
Publisher : Association of Korean Geographers
Research Area : Social Science > Geography
Received : November 29, 2019
Accepted : December 15, 2019
Published : December 31, 2019

Kim, Jong-yeon ¹, Youn, Daeok ², YOUNG HOON KIM ³, Shin Won Jeong ⁴

¹충북대학교 지리교육과
²충북대학교 지구과학교육과
³한국교원대학교 지리교육과
⁴서울대학교 지리교육과

Accredited

ABSTRACT

According to the 2016 National Air Pollutant Emissions Statistics (CAPSS) released by the Ministry of Environment, Cheongju produced about 4,776.8 tons of fine dust and ultrafine dust in 2016, of which about 2,910 tons (60.9%), Secondary fine dust is about 1,866.4 tons (39.1%). The ratio of secondary fine dust in Cheongju is higher than that of nationwide average of 70:30, which is the ratio of primary fine dust to secondary fine dust. This may be due to the high percentage of pollutants causing secondary fine dust compared to other regions. Among the air pollutants emitted from Cheongju region, sulfur oxides are rapidly decreasing and nitrogen oxides are insignificant but overall tend to decrease, while the amount of volatile organic compounds increases. As a result of the chimney remote monitoring system (TMS), NOX also increases in the waste incineration plant. Estimates of volatile organic compounds have also been shown to be quite high in the processing of waste. Accordingly, the main sources of fine dust in Cheongju are estimated to be road transport pollutants (23.3%), non-road transport pollutants (9.4%), biomass combustion (8.7%), manufacturing combustion (6.3%), and waste treatment (4.9%) to be. The rate of fine dust discharged by waste disposal is more than seven times the national average of 0.67%. In particular, Cheongju seems to have a high proportion of incineration of industrial wastes from outside, and research on the movement of waste incinerators between regions and governmental regulation are essential. It seems necessary to establish a research infrastructure and foster human resources to enable accurate analytical research and policy research in the region.

KEYWORDS

PM10, PM2.5, Clean Air Policy Support System (CAPSS), Volatile Organic Compounds (VOCs)

Citation status

* References for papers published after 2023 are currently being built.

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A Study on Characteristics and Countermeasures of Fine Dust Discharge Sources in Cheongju

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* References for papers published after 2023 are currently being built.

Journal of the Association of Korean Geographers 2023 KCI Impact Factor : 1.35

A Study on Characteristics and Countermeasures of Fine Dust Discharge Sources in Cheongju

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