A Study on the Measurement of Unregulated Pollutants in Korean Residential Environments

Abstract

This study investigated the pollution caused by unregulated chemical substances in Korean residential environments. A TA tube was used for indoor air collection, and Gas Chromatography–Mass Spectrometry was used for the analysis of chemical substances. According to the results of this study, 13 substances out of the 16 analyzed chemicals were detected and, among them, the concentrations of phenol, α-pinene, and limonene within the indoor air were high. The average concentration of phenol was 32.7 µg/m3. α-pinene and limonene were detected, of which the highest concentrations were as 598.2 µg/m3 and 652.5 µg/m3, respectively. The maximum concentrations of these three substances exceeded the levels of the lowest concentration of interest. Notably, α-pinene and limonene were released from the wood itself. Wood has been widely used indoors as a natural building material and as furniture. Therefore, it was considered that this was the reason for the high the concentrations of the two substances in indoor air. However, we do not argue that the usage of wood should be reduced because of the results obtained in this study. Instead, we sµggest that it is important to reduce the emissions of α-pinene and limonene throµgh the processing of the wood, extending its drying period, and determining the most appropriate time of use.

Ventilation and Indoor Air Quality

“…In this research, the authors suggested that working from home might have a detrimental health impact due to poor IAQ and providing interventions to remote employees. The IAQ issues caused by unregulated chemical substances in Korean residential environments, i.e., in homes, are explored by Kim et al [5]. Authors suggest that it is essential to reduce the emissions of α-pinene and limonene through the processing of wood, extending its drying period, and determining the most appropriate time of use.…”