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KMID : 1024520070160121355
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Journal of the Environmental Sciences
2007 Volume.16 No. 12 p.1355 ~ p.1367
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The PM2.5 Concentration and Components Characteristics in Miryang
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Suh Jeong-Min
Kim Young-Sik
Jeon Bo-Kyung
Choi Kum-Chan
Ryu Jae-Yong
Park Jeong-Ho
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Abstract
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This study summarizes the relations among concentration, water-soluble ions concentration, metallic element Components characteristics and SPSS in negative ion and metallic element of particle in Miryang.(By the urban area, the industrial complex area and the suburban area according to the season) concentration of total 72 samples collected from 3 sites turned out to range from 3.47 to 34.7 , and the average concentration was the suburban area-the kin nup(16.00 ) > the urban area-the roof of the old Miryang university(10.32 ) > the industrial complex-Sapo industrial complex(10.29 ). In particular, the suburban area had concentration 1.5 times those of urban area, industrial complex. It was thought although the site was suburban and farm-side without pollutants around, it had a higher concentration value influenced by external factors including the brickyard, small-scale incinerator, driving range construction, construction on the Daegu-Busan express and the widening of the four-lane road between Miryang-Anyang nearby. As for water-soluble ions among particle collected in Miryang area, accounted for 60% and , was 30% in spring and summer. And accounted for 50% and was 35% in fall and winter. The AI value of metallic Components among particle collected in Miryang area had a high value influenced by the apartment complex construction and the extension work of road. The industrial complex area had Zn concentration 3 times, and Fe concentration 2 times those of urban area and suburb area. When it comes to the relation with metallic elements in urban area, the highest coefficient of correlation was between Cr-Fe with 0.85, and Pb-Cd turned out in the reverse correlation. Among metallic elements, the coefficients of correlation between Zn and Cr, Mn, Fe, NI were high in industrial complex area. The highest coefficient of correlation was between Mn-Zn with 0.88, meanwhile Ni and Cu, Cd turned out in the reverse correlation in the suburb area. These coefficients of correlation are attributed to the difference in pollutant sources, rather than difference in pollutant and non-pollutant.
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KEYWORD
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PM2.5 concentration, Anion Concentration, Metallic element
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