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KMID : 1039220230330020215
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Journal of Korean Society of Occupational and Environmental Hygiene
2023 Volume.33 No. 2 p.215 ~ p.229
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The Results of the Application of a Real-time Chemical Exposure Monitoring System in a Workplace
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Kim Wook
Ryoo Jang-Jin
Jung Jong-Deok
Park Gwi-Hyun
Kim Gi-Yeong
Kang Jin-Ju
Jung Ki-Hyo
Ham Seung-Hon
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Abstract
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Objectives: To validate the effectiveness of a real-time chemical exposure monitoring system developed by KOSHA (Korea Occupational Safety and Health Agency), we applied the system to a workplace in the electronics industry for 153 days.
Methods: The monitoring system consisted of a PID chemical sensor, a LTE communication equipment, and a web-based platform. To monitor chemical exposure, four sets of sensors were placed in two manufacturing tasks - inspection and jig cleaning - which used TCE as a degreasing agent. We reviewed previous reports of work environment measurements and conducted a new work environment measurement on one day during the period. The PID sensor systems detected the chemical exposure levels in the workplace every second and transmitted it to the platform. Daily average and maximum chemical exposure levels were also recorded.
Results: We compared the results from the real-time monitoring system and the work environment measurement by traditional methods. Generally, the data from the real-time monitoring system showed a higher level because the sensors were closer to the chemical source. We found that 28% of jig cleaning task data exceeded the STEL. Peak exposure levels of sensor data were useful for understanding the characteristics of the task’s chemical use. Limitations and implications were reviewed for the adoption of the system for preventing poisoning caused by chemical substances.
Conclusions: We found that the real-time chemical exposure monitoring system was an efficient tool for preventing occupational diseases caused by chemical exposure, such as acute poisoning. Further research is needed to improve the reliability and applicability of the system. We also believe that forming a social consensus around the system is essential.
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KEYWORD
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chemical poisoning, peak exposure level, PID, real-time chemical exposure monitoring, sensor
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