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 …

The vadose zone is a very dynamic and active environment that directly affects natural
attenuation and vapor intrusion of volatile organic compounds (VOCs). Therefore, it is …

The accurate quantification of volatile organic compound (VOC) emission rates from porous
media to the air is a challenging problem, as measurements are affected by the chemical …

Purpose: The soil air diffusion coefficient (Ds) is particularly important for the study of soil
gas diffusion movement, and there are still many uncertainties in the widely used methods; …

In the rapidly evolving domain of vapor intrusion (VI) assessments, traditional methodologies
encompass detailed groundwater and soil vapor sampling coupled with comprehensive …

In order to observe the relationships between the temporal variations of CO 2 surface fluxes
and the CO 2 soil gas transport in soil profile before and during rainfall events, two …

USEPA recommends a multiple lines of evidence approach to make informed decisions at
vapor intrusion sites because the vapor intrusion pathway is notoriously difficult to …

The soil gas concentration attenuation in lateral diffusive transport determines the influence
area of a contamination plume in soil vapor intrusion, a major exposure pathway of volatile …

In 2002, US EPA proposed a general buffer zone of approximately 100 feet (30 m) laterally
to determine which buildings to include in vapor intrusion (VI) investigations. However, this …