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치과병원의 실내공기질 측정 및 개선에 관한 연구

A study on Measurement and Improvement of Indoor Air Quality in Dental Clinic

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초록

The purpose of this study is to propose a management method to maintain the pleasant indoor air quality of the dental clinic by measuring and analyzing the indoor air quality of the dental clinic. The measurement was conducted in two rooms, a lobby where many residents stay in the reception room for waiting for medical treatment, and a VIP room where treatment activities are mainly performed. Measurement items are Temperature, Humidity, CO2, CO, NO2, CH2O, VOC, PM10 and measurement were taken on April 27, 2018. As a result of analyzing the temperature and humidity of the dental clinic, it was analyzed that the average indoor temperature was maintained at 25℃ and the humidity was kept at around 50%, maintaining proper indoor temperature and humidity environment. CO2 was 855ppm in the VIP Room, which satisfied the maintenance standard. In the case of the lobby, it was analyzed to be 1,160ppm, which exceeded the maintenance standard and it is judged that the carbon dioxide generated by the respiration of the people staying in the lobby is the main reason. The mean concentration of formaldehyde in the VIP room was analyzed as 436μg/m3, exceeding the maintenance standard, and 2,100μg/m3 for the VOC exceeded the recommended standard. It was analyzed that the concentration was relatively higher due to the use of disinfectant and other drugs. The mean concentration of PM-10 in the lobby was analyzed as 65μg/m3 and it was analyzed that it satisfied the maintenance standard. To maintain a pleasant indoor air quality in a dental clinic it is necessary to minimize the effects of formaldehyde, VOC, CO2 in the VIP rooms and lobby. For this purpose, the entire ventilation system and air purification system of the dental clinic should be installed. In case of the VIP room, local exhaust ventilation should be installed and workers should wear personal protective equipment.

Abstract

The purpose of this study is to propose a management method to maintain the pleasant indoor air quality of the dental clinic by measuring and analyzing the indoor air quality of the dental clinic. The measurement was conducted in two rooms, a lobby where many residents stay in the reception room for waiting for medical treatment, and a VIP room where treatment activities are mainly performed. Measurement items are Temperature, Humidity, CO2, CO, NO2, CH2O, VOC, PM10 and measurement were taken on April 27, 2018. As a result of analyzing the temperature and humidity of the dental clinic, it was analyzed that the average indoor temperature was maintained at 25℃ and the humidity was kept at around 50%, maintaining proper indoor temperature and humidity environment. CO2 was 855ppm in the VIP Room, which satisfied the maintenance standard. In the case of the lobby, it was analyzed to be 1,160ppm, which exceeded the maintenance standard and it is judged that the carbon dioxide generated by the respiration of the people staying in the lobby is the main reason. The mean concentration of formaldehyde in the VIP room was analyzed as 436μg/m3, exceeding the maintenance standard, and 2,100μg/m3 for the VOC exceeded the recommended standard. It was analyzed that the concentration was relatively higher due to the use of disinfectant and other drugs. The mean concentration of PM-10 in the lobby was analyzed as 65μg/m3 and it was analyzed that it satisfied the maintenance standard. To maintain a pleasant indoor air quality in a dental clinic it is necessary to minimize the effects of formaldehyde, VOC, CO2 in the VIP rooms and lobby. For this purpose, the entire ventilation system and air purification system of the dental clinic should be installed. In case of the VIP room, local exhaust ventilation should be installed and workers should wear personal protective equipment.

참고문헌 (13)

  1. Ministry of Environment, "Indoor air quality management, act", ~ (2018)
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  3. Ministry of Environment, "Indoor air quality management, Regulation", ~ (2018)
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  8. Energy Saving Potentials of a Dedicated Outdoor Air System in a Healthcare Facilities, "MHKim", Korea Institute of Architectural Sustainable Environment and Building Systems, 142~146 (2010)
  9. 박영훈, "키즈카페의 가구류 및 설치시설에 따른 실내공기질 비교 분석", 한국가구학회지, 24(1), pp.70~78 (2013), 한국가구학회
  10. 원종욱, "특집", 보건의료인의 화학적 인자에 의한 건강장애, 2010, pp.53(6), 474~482[DOI]
  11. 조성연, "치과대학병원 종사자의 실내자각증상 관련요인 분석 -서울시내 소재 치과대학병원을 중심으로-", 환경독성보건학회지, 24(2), pp.149~157 (2009), 환경독성보건학회
  12. 박미진, "병원건축의 실내공기질 개선 및 유해인자 관리방안에 관한 연구", 주거환경, 12(2), pp.43~53 (2014), 한국주거환경학회
  13. NNJeong, "Evaluation of Utilization on Air Quality Measuring Sensors Based on Internet of Things (IoT) for Indoor Air Quality Management at Hospital", ARCHITECTURAL INSTITUTE OF KOREA, 38(1), pp.466~466 (2018)

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