Batch and column experiments were performed to evaluate the transport, growth and
dechlorination activity of Dehalococcoides sp.(DHC) during bioaugmentation for chlorinated …

It has been demonstrated in laboratory systems that U (VI) can be reduced to immobile U
(IV) by bacteria in natural environments. The ultimate efficacy of bioreduction at the field …

Abstract Development of the new, insensitive, energetic compound, NTO (3-nitro-1, 2, 4-
triazol-5-one), creates need for the data on NTO's fate and transport to predict its behavior in …

The mechanistic integration of microbial behavior remains a major challenge in
biogeochemical modeling of organic matter turnover in soil. We recently introduced dynamic …

Although microbial reductive dechlorination (MRD) has proven to be an effective approach
for in situ treatment of chlorinated ethenes, field implementation of this technology is …

Microbiologically active biogeochemical interfaces are excellent systems to study soil
functions such as pesticide degradation at the micro-scale. In particular, in the detritusphere …

The present study deals with the analysis of virus transport in groundwater and estimation of
transport parameters. The parameter estimation is formulated as a least-squares …

Models describing transport of degradable organic substances in a porous medium require
parameters of the biodegradation kinetics that can be obtained from batch degradation …

A numerical reactive transport model was developed to simulate the bioremediation
processes in a perchloroethene (PCE) contaminated single fracture system augmented with …

To assess microbial behavior at anticipated repositories of nitrate-containing radioactive
waste such as TRU waste, we set up an anoxic single horizontal column filled with …