Soil‐to‐groundwater contaminant mass discharge (Md) is the authoritative metric defining
source strength at sites impacted by per‐and polyfluoroalkyl substances (PFAS) and is …

The remediation of aquifers contaminated by viscous dense non-aqueous phase liquids
(DNAPLs) is a challenging problem. Coal tars are the most abundant persistent DNAPLs …

The relative contribution of dense non-aqueous phase liquid (DNAPL) dissolution versus
matrix diffusion processes to the longevity of chlorinated source zones was investigated …

Interest in using contaminant mass discharge (CMD) for risk assessment of contaminated
sites has increased over the years, as it accounts for the contaminant mass that is moving …

Groundwater systems are increasingly used for seasonal aquifer thermal energy storage
(SATES) for periodic heating and cooling of buildings. Its use is hampered in contaminated …

Quantitative knowledge of contaminant mass discharge is useful when assessing the risk
posed to streams by point sources. However, due to a multi-directional flow field at the …

Thermal enhancement is known to be an efficient way to decrease the residual saturation of
some common dense non-aqueous phase liquids (DNAPLs) after pumping. However, the …

Groundwater remediation technologies are designed, installed, and operated based on the
conceptual models of contaminant hydrogeology that are accepted at that time. However …

Traditionally, the monitoring of streams for chemical and ecological status has been limited
to surface water concentrations, where the dominant focus has been on general water …

The contaminant mass discharge is a relevant metric to evaluate the risk that a groundwater
plume poses to water resources. However, this assessment is often vitiated by a high …