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ISSN : 1738-4125(Print)
ISSN : 2287-7509(Online)
Journal of Odor and Indoor Environment Vol.7 No.1 pp.33-46
DOI :

공업계 고등학교 실습장내 기상인자를 이용한 실내 대기오염 예측 사례연구

권재덕1), 서길종2), 김동철3), 이동인*
부경대학교 환경대기과학과, 1)문현여자고등학교, 2)부경대학교 대기환경연구소
3)Science Applications International Cooperation (NCEP/EMC)

Prediction of Indoor Air Pollution Using Meteorological Factors in the Training Rooms of Technical High School: Case Study

Dong-In Lee*, Jae-Duk Kwon1), Kil-Jong Seo2), Dong-Chul Kim3)
Department of Environmental Atmospheric Sciences, Pukyong National University
1)Munhyun Girls' High School, 2)Atmospheric Environmental Research Institute, Pukyong National University
3)Science Applications International Cooperation, NCEP/EMC

Abstract

To research indoor air pollution in the training rooms of technical high school, the temperature, air current,humidity, CO2, CO, O3 were measured by Indoor Climate System(ICS 500, Casella, UK) at each classroom,scientific laboratory, electricity training room, electronic equipment training room and welding training room.The change of air pollution concentration and its correlation were additionally compared and analyzed. Atclosed small space such as classroom, scientific laboratory, electronic equipment training room andelectricity training room, the CO2 concentration was obtained to the 2,030ppm(max.), which is higher thannotified and recommended standard value(1,000ppm) by Ministry of Health and Welfare and Ministry ofEnvironment, Korea. At welding training room where is larger and more ventilated than general classroom, COconcentration was measured to the 3.6ppm, which is higher than average 1ppm measured at other trainingrooms. The concentration of O3 is not yet regulated from the standards of underground air quality, but atwelding training room it was measured as 0.11ppm(max.) that is higher than 0.01ppm measured at othertraining rooms. The higher value of temperature, air current, radiant temperature and CO2 concentration wasshown at scientific laboratory, electricity training room and electronic equipment training room where areclosed and same with the scale of classroom. And the higher concentration of CO2, CO and O3 was shownat welding training room which was opened larger classroom. The indoor air pollution by CO2, CO and O3may directly affect on the training room where many students work at a small space, and they should becontrolled appropriately. Each experimental formulas were made for the estimation of CO2, CO and O3concentration depending on some kinds of variables at each training room. It is found that indirectventilation system with a filter will be needed for regular and constant ventilation and the ventilation systemshould be applied to protect and make clean and comfortable environment of training rooms at technicalhigh school.

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