Abstract

A 63-year-old man who diagnosed with lung cancer had worked for 13.5 years (1999–2013) as a spray painter. The Occupational Lung Diseases Institute conducted retrospective exposure assessment to examine whether a spray painter job he had performed could be associated with the development of lung cancer. We investigated lung cancer carcinogens in his work environment. The safety data sheet of six powder coating products showed that powder coatings contained 1–10% of hexavalent chromium. In addition, our quantitative analysis of powder coating samples also showed that the hexavalent chromium contents quantified in the yellow-green and red powder coating samples were 0.27% and 0.95%, respectively. In order to estimate his exposure level of hexavalent chromium, we measured a personal exposure level of hexavalent chromium for a spray painter in accordance with the National Institute for Occupational Safety and Health #7605 method. The results showed that the spray painter was exposed to the high level of hexavalent chromium (216.9 µg m–3). Furthermore, we estimated that he was likely exposed to several lung cancer carcinogens such as crystalline silica or asbestos over the approximately 24 years at various construction sites prior to assuming a job as a spray painter. Therefore, we concluded that his lung cancer was caused by substantial exposure to several lung cancer carcinogens over approximately 37.5 years. Particularly, exposure characteristic to hexavalent chromium could substantially contribute to the development of lung cancer, despite of the sole case of exposure assessment.

Highlights

  • Powder coatings are types of advanced paint products composed of solid contents, including synthetic resins, pigments and other additives without a solvent or water

  • The Occupational Lung Diseases Institute (OLDI) under the Korea Workers’ Compensation and Welfare Service (KCOMWEL) conducted retrospective exposure assessment to examine whether the job he performed as a spray painter could be associated with the development of lung cancer and reported on this first occupational assessment of lung cancer in a spray painter who applied powder coatings

  • The current exposure level to hexavalent chromium (216.9 μg m–3) assessed during spray painting with powder coating was found to be far higher than the Ministry of Employment and Labor (MOEL)-permissible exposure limit (PEL) for lead chromates (12 μg m–3), even though current working conditions were generally regarded to have improved compared to those of the past

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Summary

Introduction

Powder coatings are types of advanced paint products composed of solid contents, including synthetic resins, pigments and other additives without a solvent or water. They have been widely applied in various manufacturing industries from the 1980s due to convenience, environmental concerns and economics (Steigleder et al, 2002). Prior to working as a spray painter, he had performed work cementing tiles on bathroom floors at construction sites for about 24 years (1975–1999). He had smoked for about 40 years prior to his diagnosis with lung cancer.

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