Persaud Eric, LePrevost Catherine
School of Public Health, SUNY Downstate Medical Center, Brooklyn, USA.
Department of Applied Ecology, North Carolina State University, Raleigh, USA.
J Prim Prev. 2018 Dec;39(6):611-618. doi: 10.1007/s10935-018-0527-6.
Chemical tank cleaners' occupational diseases and injuries are largely unknown due to a lack of monitoring and limited research. Their potential exposure to highly corrosive chemicals-including sodium hypochlorite, sodium hydroxide, and ferric chloride-suggests that tank cleaners represent an at-risk occupational group. This pilot study explored tank cleaners' risk perceptions and barriers to using personal protective equipment and other protective behaviors in their workplace. Data sources included a survey (n = 29) and interviews (n = 9) with sodium hypochlorite tank cleaners in the United States. Although sodium hypochlorite may become reactive under high temperatures, 12 questionnaire respondents indicated not being concerned about high temperatures within the tank, and 15 were not concerned about exposure via ingestion. Analyses of survey and interview results provide evidence of inadequate training among tank cleaners, their lack of understanding of basic chemical properties and routes of exposure, and limited access to and an incomplete understanding of how to properly use personal protective equipment, particularly respiratory protection. These findings can inform researchers, educators, and safety engineers in developing future studies, interventions, and training to improve tank cleaners' health and safety.
由于缺乏监测和研究有限,化学罐清洁工的职业病和伤害情况很大程度上不为人知。他们有可能接触高腐蚀性化学品,包括次氯酸钠、氢氧化钠和氯化铁,这表明罐清洁工是一个高危职业群体。这项试点研究探讨了罐清洁工对风险的认知以及在工作场所使用个人防护装备和其他防护行为的障碍。数据来源包括对美国次氯酸钠罐清洁工的一项调查(n = 29)和访谈(n = 9)。尽管次氯酸钠在高温下可能会发生反应,但12名问卷受访者表示不担心罐内的高温,15人不担心摄入接触。对调查和访谈结果的分析表明,罐清洁工培训不足,他们对基本化学性质和接触途径缺乏了解,获取和正确使用个人防护装备(尤其是呼吸防护装备)的知识有限且理解不完整。这些发现可为研究人员、教育工作者和安全工程师开展未来研究、干预措施和培训提供参考,以改善罐清洁工的健康和安全状况。