Corporate Health Management, BASF SE, Ludwigshafen, Germany.
Emergency Response, BASF SE, Ludwigshafen, Germany.
J Expo Sci Environ Epidemiol. 2021 Sep;31(5):867-875. doi: 10.1038/s41370-021-00320-w. Epub 2021 Mar 27.
Human biomonitoring (HBM) has been repeatedly recommended for and applied to post-incident chemical exposure assessment. The applicability of HBM and the validity of its results, however, closely depend on the existence and quality of preparatory measures such as information and instruction materials, sampling procedures, transport and storage facilities, and on the selection of appropriate biomarkers, sampling time, transport and storage conditions.
To establish a standardized HBM program for emergency responders of a large chemical production site, considering the aforementioned aspects.
An HBM program based on a comprehensive questionnaire, information and training of emergency responders, and availability of sampling material was established. The quantitative determination of metabolites of hazardous substances was carried out based on quality-controlled analytical methods.
The use of HBM after emergency operations was significantly increased immediately after the implementation of the program. Only in single cases, however, established HBM assessment values were exceeded. After one major incident, an increased exposure to benzene exceeding the internal action value was observed after firefighting and safeguarding.
The experience with several minor and one major incident at a chemical production site suggests that the implementation of easily accessible and applicable routines is one paramount prerequisite for the success of HBM programs after chemical incidents.
人体生物监测(HBM)已被反复推荐并应用于事件后化学暴露评估。然而,HBM 的适用性及其结果的有效性,很大程度上取决于预备措施的存在和质量,例如信息和指导材料、采样程序、运输和储存设施,以及选择适当的生物标志物、采样时间、运输和储存条件。
考虑到上述方面,为大型化工生产场所的应急响应人员建立标准化的 HBM 计划。
建立了一个基于综合问卷、应急响应人员的信息和培训以及采样材料可用性的 HBM 计划。基于经过质量控制的分析方法,对有害物质的代谢物进行定量测定。
该计划实施后,应急作业后 HBM 的使用明显增加。然而,仅在个别情况下,超过了既定的 HBM 评估值。在一次重大事故后,在消防和保护后,观察到苯的暴露量增加,超过了内部行动值。
在一个化工生产场所发生的几次较小事故和一次重大事故的经验表明,实施易于获取和应用的常规程序是化学事故后 HBM 计划成功的首要前提之一。