This paper presents a review of the state-of-the-art on interphase mass transfer between
immiscible fluids in porous media with focus on the factors that have significant influence on …

Our understanding of nonaqueous phase liquid (NAPL) dissolution in the subsurface
environment has been increasing rapidly over the past decade. This knowledge has …

The present work aimed to develop a novel strategy to bioremediate the petroleum
hydrocarbon contaminants in the environment. Salt tolerant bacterium was isolated from …

Subsurface contaminants such as coal tar, creosote, diesel fuel, and other petroleum-
derived materials typically exist as very complex chemical mixtures. Risk assessment is …

Groundwater contamination due to complex organic mixtures such as coal tar, creosote and
fuels is a widespread problem in industrialized regions. Although most compounds in these …

Both chemical surfactants and biosurfactants have been effectively used for the degradation
of petroleum hydrocarbons. Chemical surfactants are known to enhance biodegradation …

An experimental and computational investigation of in situ chemical oxidation (ISCO) of
weathered diesel fuel in soil columns was undertaken to validate a reactive-transport model …

Chemical surfactants may impact microbial cell surface properties, ie, cell surface
hydrophobicity (CSH) and cell surface charge, and may thus affect the uptake of …

The condensation, evaporation, and repartitioning of semivolatile organic compounds
(SVOCs) in the atmosphere depends both on the phase of condensed material and the …

Abstract Dr. Catherine A. Peters' research has advanced various topics in hydro-
biogeochemistry. This paper highlights key research outputs across Dr. Peters' career …