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전국 다중이용시설의 실내공기 중 부유곰팡이 농도 현황 및 지역 및 시설분류에 따른 특성 및 기여 인자와의 상관성 분석 KCI 등재
Analysis of the status of suspended fungal concentration in indoor air of national multi-use facilities and their correlation with characteristics and contributing factors according to regional and facility classifications
pp.170-180
This study measured the suspended fungal concentration in indoor multiple facilities nationwide. The regions were selected as representative cities by region: Seoul, Gyeonggi (Incheon), Gangwon, Gwangju, Daejeon, and Busan. A total of 2028 regional comparisons, including department stores, schools, public toilets, libraries, and banks, subway, sports facilities and comparative analysis were conducted for each multi-use facility industry. Among the nationwide, Among the regions, the average concentration of floating mold in indoor multi-use facilities was the lowest in Busan at 394.67 CFU/m3, followed by Gyeonggi and Incheon 487.90 CFU/m3, Seoul 542.84 CFU/m3, Daejeon 809.30 CFU/m3, Gangwon 1,145.22 CFU/m3, Gwangju was 1,371.10 CFU/m3 in the order. Busan was the lowest, and Gangwon was the highest. The reason that Busan, which has a high average temperature and population density, shows a lower mold concentration than Gangwon, is that floating mold in the indoor air is not affected by the external atmospheric environment, population density, and number of facility users. Although it cannot be said that there is no influence of the atmospheric environment, it was found that the indoor environment has different characteristics from the outdoor environment. The importance of air quality management has been confirmed, and further, it is necessary to subdivide the management standards by region and multi-use facilities, and the management standards need to be converted to maintenance rather than recommendations.
1. 서 론
2. 연구방법
2.1 연구대상 및 기간
2.2 부유곰팡이 포집 및 측정
2.3 부유곰팡이 배양 및 농도 환산
2.4 자료 분석
3. 결과 및 고찰
3.1 권역별 부유곰팡이 농도 현황
3.2 부유곰팡이 농도와 온도·습도와의 연관성
3.3 다중이용시설별 부유곰팡이 농도 현황
4. 결 론
감사의 글
References
