纸浆、造纸和造纸厂非生产部门对化学和生物制剂的职业暴露:一项国际研究。

K Teschke, W Ahrens, A Andersen, P Boffetta, S Fincham, M Finkelstein, P Henneberger, T Kauppinen, M Kogevinas, K Korhonen, G Liss, T Liukkonnen, P Osvoll, A Savela, I Szadkowska-Stanczyk, H Westberg, K Widerkiewicz
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引用次数: 27

摘要

作为对纸浆和造纸业工人进行的国际流行病学研究的一部分,以前未发表的接触测量数据被收集到一个数据库中。本文描述了11个国家147家工厂非生产部门的7293项测量。在维修、建筑和清洁部门检测到的物质种类最多,在这些部门,石棉、铬[VI]化合物、铜、尿中的汞、二氧化氮、臭氧、苯乙烯、二氧化硫、三氯乙烯和焊接烟雾的接触量很高。在仓库、院子、装载和运输部门的测量表明,石棉、一氧化碳、真菌孢子、氮氧化物、二氧化硫和总粉尘的暴露程度很高。蒸汽和发电部门对甲基硫醇、二氧化硅和总粉尘的暴露程度很高。在过程和污水处理、实验室和研究、工程、办公室、行政和自助餐厅的测量中,暴露量很少升高。在整个非生产部门,对纸浆生产化学品(如氯和硫化合物)的测量往往很低,许多低于检测极限。现有的数据存在一些问题;特别是,检测限度往往没有具体规定,而且数据往往以这样一种方式聚集在一起,以致无法区分暴露变异性的来源。尽管存在这些问题,这些数据为非生产纸浆和造纸工业人员的暴露提供了新的见解。
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Occupational exposure to chemical and biological agents in the nonproduction departments of pulp, paper, and paper product mills: an international study.

As part of an international epidemiological study of workers in the pulp and paper industry, previously unpublished exposure measurements were assembled in a database. This article describes 7293 measurements in nonproduction departments from 147 mills in 11 countries. The greatest variety of agents was measured in the maintenance, construction, and cleaning department, where high exposures to asbestos, chromium [VI] compounds, copper, mercury in urine, nitrogen dioxide, ozone, styrene, sulfur dioxide, trichloroethylene, and welding fumes were observed. Measurements in the storage, yard, loading, and shipping department indicated high exposures to asbestos, carbon monoxide, fungal spores, nitrogen oxides, sulfur dioxide, and total dust. The steam and power generation department had high exposures to methyl mercaptan, silica, and total dust. Measurements in process and effluent water treatment, laboratory and research, engineering, and office, administration, and cafeteria areas had few elevated exposures. Throughout the nonproduction departments, measurements of pulp-production chemicals such as chlorine and sulfur compounds tended to be low, with many below detection limits. There were some problems with the available data; in particular, detection limits were often not specified, and the data tended to be clustered in such a way that sources of exposure variability could not be distinguished. Despite these problems, the data provide new insight into the exposures of nonproduction pulp and paper industry personnel.

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