A Study on Estimation of Particle Penetration Load and Indoor Generation Load in Child Care Room

SungWon Cho, Seung-Rim Lee, J. Yoo, G. Cho
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Abstract

Atmospheric particle concentration is increasing in Korea owing to industrialization in Korea and the influence of China. Outdoor particles can enter buildings through cracks or windows and affect the health of residents. Care rooms in childcare centers are meant for infants and children, who are more vulnerable to particles than adults; hence, indoor air quality management is necessary. Outdoor particles as well as the particles generated through children’s activities and indoor cooking should be considered for the assessment of indoor air quality of these places. Thus, particles that should be removed from such buildings comprise outdoor particles entering indoor and those generated indoor. The total concentration of these particles can be termed as particle load. Ventilation and air cleaning devices are effective in removing particle loads, and efficient indoor air quality management can be achieved by using devices of appropriate capacity and performance based on load estimation. Therefore, to estimate the particle load of care rooms, indoor air quality monitoring was conducted for one year, and the particle loads were estimated by analyzing the monitoring data.
托儿所室内颗粒穿透荷载与室内产生荷载估算研究
由于韩国的工业化和中国的影响,韩国的大气颗粒物浓度正在增加。室外颗粒物可以通过裂缝或窗户进入建筑物,影响居民的健康。托儿中心的看护室是为婴儿和儿童准备的,他们比成年人更容易受到颗粒物的侵害;因此,室内空气质量管理是必要的。评估这些场所的室内空气质量应考虑室外颗粒物以及儿童活动和室内烹饪产生的颗粒物。因此,应从此类建筑物中去除的颗粒包括进入室内的室外颗粒和在室内产生的颗粒。这些颗粒的总浓度可称为颗粒负荷。通风和空气净化装置在去除颗粒负荷方面是有效的,在负荷估计的基础上,使用适当容量和性能的设备,可以实现高效的室内空气质量管理。因此,为了估算护理室的颗粒负荷,我们进行了为期一年的室内空气质量监测,通过分析监测数据估算颗粒负荷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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