方锦斌, 孙原. 上海市铅酸蓄电池行业职业卫生状况调查[J]. 职业卫生与应急救援, 2014, 32(5): 282-284,301.
引用本文: 方锦斌, 孙原. 上海市铅酸蓄电池行业职业卫生状况调查[J]. 职业卫生与应急救援, 2014, 32(5): 282-284,301.
FANG Jin-bing, SUN Yuan. Investigation on occupational health work in lead-acid battery industry in Shanghai[J]. Occupational Health and Emergency Rescue, 2014, 32(5): 282-284,301.
Citation: FANG Jin-bing, SUN Yuan. Investigation on occupational health work in lead-acid battery industry in Shanghai[J]. Occupational Health and Emergency Rescue, 2014, 32(5): 282-284,301.

上海市铅酸蓄电池行业职业卫生状况调查

Investigation on occupational health work in lead-acid battery industry in Shanghai

  • 摘要: 目的 了解上海市铅酸蓄电池行业中铅对作业人员的危害现状,评估铅危害程度及防护措施效果。 方法 采用流行病学调查方法,对上海市铅酸蓄电池行业13家企业进行职业卫生现状调查,并对作业场所空气中铅烟、铅尘浓度进行检测。 结果 13家企业中,4家生产型企业的规模相对较大,部分工序采用了自动化、密闭化生产,但也存在防护设施设计不合理、敞开作业等情况;8家组装型企业均为小型企业,生产的产品、产量差异较大,生产环境不理想,厂房设备简陋,主要采用手工工具进行生产;1家回收型企业生产环境恶劣,生产设备简陋,防护设施欠缺或不足,职业卫生管理不规范。5家企业作业环境空气中铅烟短时间接触浓度超标率为26.5%,铅尘短时间接触浓度超标率为21.2%。铅尘浓度超标率最高的是磨边岗位,其次是包板和涂板;铅烟浓度超标率从高到低依次是精炼、熔铅、铸焊、浇铸和造粒岗位。 结论 改进生产工艺,合理设置防护设施,改善作业环境和加强职业卫生监管是防治铅中毒的重要手段;加强职业卫生培训,提高作业人员的防护意识,加强个体防护也不容忽视。

     

    Abstract: Objective To know the reality of occupational hazards in the lead-acid battery industry in Shanghai;to evaluate the effectiveness of facilities and/or measures against occupational hazards and to provide scientific basis for further protective measures in future. Method A total of 13 factories in the lead-acid battery industry in Shanghai were investigated. The occupational health work in these factories were examined and concentrations of lead dust or fume at workplaces were measured. Results Among 13 factories,4 factories were in a large scale and 9 factories in a smaller scale. In the large-scaled factories,most processes were in the automatic manner and in the closed system,but the installation of some facilities against occupational hazards was found not reasonable and there were still a few of processes in the opening system. 8 smaller-scaled factories were engaged in the assemble operation and they had poorly equipped workshop. The most operations were manual and finished by hand tools. One smaller-scaled factory was engaged in recycle operation and had very poor equipment and no facilities and measures against hazards. The concentrations of lead dust or fume in 5 factories were high and 26.5% dust samples and 21.2% fume samples were not compliant with the national occupational exposure limits. The highest dust concentration was found at the edge grinding,cladding and coating worksites,while the highest fume concentration was noted at the refining,melting,welding,casting and prilling worksites. Conclusion To control lead hazards,it is important to improve manufacturing technique and install reasonably protective facilities,while the implement of occupational management,training of workers and effective use of PPEs are indispensably required.

     

/

返回文章
返回