TY - JFULL AU - Kiurski J. and Adamovi膰 S. and Oros I. and Krsti膰 J. and 膼ogo M. PY - 2011/4/ TI - Detection and Quantification of Ozone in Screen Printing Facilities T2 - International Journal of Geological and Environmental Engineering SP - 142 EP - 148 VL - 5 SN - 1307-6892 UR - https://publications.waset.org/pdf/6364 PU - World Academy of Science, Engineering and Technology NX - Open Science Index 51, 2011 N2 - Most often the contaminants are not taken seriously into consideration, and this behavior comes out directly from the lack of monitoring and professional reporting about pollution in the printing facilities in Serbia. The goal of planned and systematic ozone measurements in ambient air of the screen printing facilities in Novi Sad is to examine of its impact on the employees health, and to track trends in concentration. In this study, ozone concentrations were determined by using discontinuous and continuous method during the automatic and manual screen printing process. Obtained results indicates that the average concentrations of ozone measured during the automatic process were almost 3 to 28 times higher for discontinuous and 10 times higher for continuous method (1.028 ppm) compared to the values prescribed by OSHA. In the manual process, average concentrations of ozone were within prescribed values for discontinuous and almost 3 times higher for continuous method (0.299 ppm). ER -