Chlorinated hydrocarbons are among the most hazardous organic pollutants. The traditional
remediation technologies, ie, pumping of contaminated soil-and groundwater and its …

Models that link simplified descriptions of dense non-aqueous phase liquid (DNAPL) source
zone architecture with predictions of mass flux can be effective screening tools for evaluation …

Effective characterization of dense non-aqueous phase liquid (DNAPL) source zones is
crucial for remediating polluted sites. DNAPL often reside as residuals or pools within high …

The utility of existing models for describing upscaled mass transfer from nonaqueous phase
liquid (NAPL) were examined when preferential dissolution pathways form in NAPL …

The upward flow of gas plays a role in many subsurface systems, including those related to
oil and gas recovery, carbon dioxide storage, and groundwater remediation. Macroscopic …

Batch and column tests were conducted to investigate the effect of reductant concentration,
reductant contact time, and suspension pH on reductive dechlorination of carbon …

The influence of model dimensionality on predictions of mass recovery from dense non-
aqueous phase liquid (DNAPL) source zones in nonuniform permeability fields was …

Invasion percolation (IP) models offer a computationally inexpensive way to simulate
multiphase flow in porous media, but only very few studies have compared their results to …

Immiscible displacement processes are of key importance in remediation actions of light
nonaqueous phase liquid (LNAPL) contaminated soil and groundwater. LNAPLs remain …

Gas migration in the subsurface, a multiphase flow in a porous-medium system, is a problem
of environmental concern and is also relevant for subsurface gas storage in the context of …