At sites impacted by volatile organic compounds (VOCs), vapor intrusion (VI) is the pathway
with the greatest potential to result in actual human exposure. Since sites with VI were first …

Vapour intrusion (VI) is the phenomenon by which volatile organic compounds (VOCs)
migrate from the subsurface source through the soil and enter into the overlying buildings …

在梳理场地VOCs 环境行为及影响因子研究基础上, 分析了我国VOCs 污染场地调查和风险评估
领域面临的问题, 主要体现在现有土壤调查方法未充分考虑VOCs 在土壤气相中的赋存 …

At contaminated sites, indoor inhalation of volatile organic compounds from groundwater
contamination, known as vapor intrusion (VI), is an important exposure pathway to …

Predicting the migration behavior of volatile organic compounds (VOCs) vapor is essential
for the remediation of subsurface contamination such as soil vapor extraction. Previous …

Sewer systems have been recently recognized as potentially important exposure pathways
to consider during vapor intrusion assessments; however, this pathway has not been well …

Regulatory requirements for the evaluation of vapor intrusion vary significantly among
states. For site owners and responsible parties that have sites in different regulatory …

Sub-slab depressurization (SSD) systems are the most commonly employed technology for
mitigating vapor intrusion (VI) impact to indoor air. However, as cases involving preferential …

There is a lack of vapor intrusion (VI) models that reliably account for weather conditions and
building characteristics, especially at sites where active alternative pathways, such as sewer …

Temporal variability in indoor air contaminant concentrations at vapor intrusion (VI) sites has
been a concern for some time. We consider the source of the reported variability at VI sites …