Because of the small sample size and specific weather conditions, a large-scale study of various asbestos exposure sources, including asbestos cement factories, shipyards, and mines, and various atmospheric conditions is required.Īlthough asbestos related diseases (ARDs) are a significant problem, global asbestos consumption remains high. This study can be used to estimate past environmental ACs to understand the causality of asbestos related diseases. There were no significant differences between monitored and simulated data, and correlation coefficients between downwind, upwind, and middle wind directions were high, with some statistical significance. Environmental ACs were dispersed according to wind direction. ACs in the factory were similar to those of 1980s and 1990s levels in the Korean factory that transferred the machines. Asbestos concentrations were measured inside and outside of the factory and compared with simulated data. The purpose of this study was to determine current occupational exposure levels and evaluate neighborhood environmental exposure levels in an Indonesian asbestos textile factory through collaboration among three generation of industrialized countries. Due to the harmful effects of the asbestos industry, production has moved from early industrialized countries (Japan), to late industrialized countries (Korea), and finally to industrializing countries (Indonesia). Although workplace asbestos concentrations (AC) have been reported several times, the past environmental AC are relatively poorly studied.
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