A number of previous studies are reviewed to examine the actual reduction of NAPL from
source zones and the effectiveness of the specific technique of remediation used at sites …

Several innovative tracer techniques have been introduced during the past 5 years for
enhanced characterization of the “source zones” at sites contaminated with non-aqueous …

The effectiveness of removal of nonaqueous phase liquids (NAPLs) from the entrapment
source zone of the subsurface has been limited by soil heterogeneity and the inability to …

Dissolution experiments were conducted in a two-dimensional cell with simple
heterogeneous packing consisting of well-defined coarse lenses contaminated by NAPL …

We present here an application of a new experimental method called theinterfacial tracers
technique'(IFTT), using tracer retardation by adsorption as the basis, to determine the …

Three simple screening models of nonaqueous phase liquid (NAPL) dissolution in the
subsurface are proposed based on the NAPL mass conservation and the assumption of …

This work presents a stream tube–based analytical approach to evaluate reduction in
groundwater contaminant flux resulting from partial mass reduction in a nonaqueous phase …

Mass transfer from entrapped nonaqueous phase liquids (NAPLs) at subsurface locations of
environmental contamination typically takes place in three‐dimensional groundwater flow …

In this paper we present a partitioning interwell tracer test (PITT) technique for the detection,
estimation, and remediation performance assessment of the subsurface contaminated by …

The use of surface‐active tracers for measuring the interfacial area between no aqueous
phase liquids (NAPLs) and water was evaluated in a hydraulically isolated test cell installed …