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Vapor Intrusion Risk Assessment With an Innovative Mobile GC System

机译:蒸气侵入风险评估与创新的移动GC系统

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One of the dominating problems in the revitalization of brown-fields in region of Sao Paulo City, Brazil, is the assessment and quantification of vapor intrusion scenarios that trigger frequently necessary remedial actions. With a flux chamber based investigation procedure in combination with a new developed GC-system for the detection of chlorinated volatile organic compounds (CVOCs) site specific soil vapor fluxes could be quantified. Based on the results of flux chamber experiments the effectiveness of concrete slabs could be shown to reduce the vapor flux into enclosed spaced. Moreover, the obtained vapor flux rates were used to predict resulting indoor air concentration due to vapor intrusion of CVOCs.
机译:在巴西圣保罗市区棕色田地振荡的主导问题之一是触发经常必要的补救措施的蒸汽入侵情景的评估和量化。通过基于助焊剂室的调查方法与新的开发的GC系统组合,用于检测氯化挥发性有机化合物(CVOCs),可以量化特异性土壤蒸汽助熔剂。基于助焊室实验的结果,可以显示混凝土板的有效性,以将蒸汽通量减少到封闭间隔开。此外,所获得的蒸汽速率速率用于预测由于CVOC的蒸气侵入引起的导致室内空气浓度。

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