The Presence of Aromatic Substances in Incense: Determining Indoor Air Quality and Its Impact on Human Health

Indoor air quality has become a topic of great concern. Burning incense has recently been identified as one of the primary sources of volatile organic compounds, specifically benzene, in an indoor setting. The current paper aims to evaluate volatile organic compound (VOC) emissions, particularly benzene, within indoor environments through the utilization of an experimental clean room. Experimental findings showed that 10 types of incense sticks emitted benzene in concentrations between 11.1 and 66.5 & mu;g m(-3), which were 2.5 lower than the limit suggested for non-occupation indoor exposure (160 & mu;g m(-3)), identified by the American Association of Industrial Hygienists (ACGIH). Furthermore, a correlation between the dimensions (diameter and length) of the combustible parts in an incense stick was investigated and indicated a slight influence on the release of benzene. Taking into consideration the substantial influence benzene has on human health, coupled with a lack of precise legislation regarding indoor air quality in residential settings, this research serves as an initial investigation into the noteworthy effects of burning incense in private and public indoor settings.

Automated summary

Indoor air quality is a major concern, and burning incense has been identified as a primary source of volatile organic compounds, particularly benzene. This study evaluated the emissions of volatile organic compounds, specifically benzene, in indoor environments through experiments in a clean room. The results showed that incense sticks emitted benzene at concentrations ranging from 11.1 to 66.5 & mu;g m(-3), which were 2.5 times lower than the recommended limit for non-occupational indoor exposure set by ACGIH. This research highlights the significant effects of burning incense in private and public indoor settings, considering the health risks associated with benzene and the lack of precise legislation on indoor air quality in residential areas.