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Case study: the crude MCHM chemical spill investigation and recovery in West Virginia USA

机译:案例研究:美国西弗吉尼亚州的粗制MCHM化学泄漏调查和回收

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摘要

Several recent chemical spills have caused large-scale drinking water contamination incidents in Canada and the USA. The study goal was to identify key decisions and actions critical to incident investigations using the 2014 crude MCHM chemical spill in West Virginia USA as a case study. Environmental testing records, scientific reports, government documents, and communication records were reviewed. Results showed that thorough characterization of the spilled liquid and impacted source water is critical to assessing potential public health risks, estimating chemical fate, and designing infrastructure decontamination procedures that can restore infrastructure use. Premise plumbing water testing was not carried-out by responders but testing conducted by other organizations identified the decontamination procedures issued by responders and drinking water screening levels were not adequate to protect public health. Rapid bench-scale tests should be considered to (1) examine water treatment breakdown products, (2) evaluate chemical sorption and leaching by infrastructure materials (i.e., activated carbon, plastics), (3) predict water heater decontamination, and (4) estimate chemical volatilization during fixture use. Key actions to support an effective response and research needs were identified.
机译:最近发生的几起化学泄漏事件已在加拿大和美国造成大规模的饮用水污染事故。该研究的目标是,以美国西弗吉尼亚州2014年的原始MCHM化学品泄漏为例,确定对事件调查至关重要的关键决策和行动。审查了环境测试记录,科学报告,政府文件和通讯记录。结果表明,对泄漏的液体和受影响的水源进行彻底的表征对于评估潜在的公共健康风险,估算化学命运以及设计可恢复基础设施使用的基础设施净化程序至关重要。应急人员并未进行前提下的自来水测试,但其他组织进行的测试却确定了应急人员发布的去污程序,饮用水筛查水平不足以保护公众健康。应考虑进行快速台式测试,以(1)检查水处理的分解产物,(2)评估基础设施材料(即活性炭,塑料)的化学吸附和浸出,(3)预测热水器的去污,以及(4)估计灯具在使用过程中的化学挥发。确定了支持有效响应和研究需求的关键措施。

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    Division of Environmental and Ecological Engineering and Lyles School of Civil Engineering, Purdue University, West Lafayette, IN, USA;

    Environmental Toxicology Program, University of South Alabama, Mobile, AL,USA;

    Environmental Toxicology Program, University of South Alabama, Mobile, AL,USA;

    Department of Civil Engineering, University of South Alabama, Mobile, AL, USA;

    Division of Environmental and Ecological Engineering and Lyles School of Civil Engineering, Purdue University, West Lafayette, IN, USA;

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