Effect of Exposure to Cement Dust on Pulmonary Function among Cement Plants Workers in the Middle Governorate, Gaza- Palestine

This study was conducted to investigate the level of PM air pollution in cement plants, and their impacts on respiratory system health and pulmonary function for cement plants workers. Case-control study was conducted on all cement plants at Middle Gaza Governorates. 100 individuals participated, case (exposed) and control (non exposed) groups contain 50, 50 respectively. All participants were subjected to questionnaire, lung function measuring by electronic spirometery. The findings of this study showed that an average particulate matter from 106.3 to 143.3, which is about more than 4 times higher than the particulate matter (PM2.5) existing standard of 35 μg/m3 also an average particulate matter from 615 to 656, which is about more than 4 times higher than the particulate matter (PM10) existing standard of 150 μg/m3. As well as, it showed clear links between PM exposure and respiratory health and pulmonary function. Cough, dyspnea and sputum buildup were more common among the exposed group, Furthermore, the mean of FEV1/ FVC (%) for control group is significantly greater than that for FEV1/ FVC (%) for case group. Among other recommendations, this paper infers that Environmental and engineering control of cement dust emissions, protective techniques, procedures, measures and equipment and periodic medical examinations.This study was conducted to investigate the level of PM air pollution in cement plants, and their impacts on respiratory system health and pulmonary function for cement plants workers. Case-control study was conducted on all cement plants at Middle Gaza Governorates. 100 individuals participated, case (exposed) and control (non exposed) groups contain 50, 50 respectively. All participants were subjected to questionnaire, lung function measuring by electronic spirometery. The findings of this study showed that an average particulate matter from 106.3 to 143.3, which is about more than 4 times higher than the particulate matter (PM2.5) existing standard of 35 μg/m3 also an average particulate matter from 615 to 656, which is about more than 4 times higher than the particulate matter (PM10) existing standard of 150 μg/m3. As well as, it showed clear links between PM exposure and respiratory health and pulmonary function. Cough, dyspnea and sputum buildup were more common among the exposed group, Furthermore, the mean of FEV1/ FVC (%) for control group is significantly greater than that for FEV1/ FVC (%) for case group. Among other recommendations, this paper infers that Environmental and engineering control of cement dust emissions, protective techniques, procedures, measures and equipment and periodic medical examinations