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

Widespread environmental contamination by polycyclic aromatic hydrocarbons (PAH) has
led to increased interest in the use of natural attenuation as a clean‐up strategy. However …

Aromatic hydrocarbons belong to the most abundant contaminants in groundwater systems.
They can serve as carbon and energy source for a multitude of indigenous microorganisms …

The microbially mediated reactions, that are responsible for field-scale natural attenuation of
organic pollutants, are governed by the concurrent presence of a degrading microbial …

The effectiveness of permanganate for in situ chemical oxidation of organic liquid
(trichloroethene) trapped in lower-permeability (K) zones located within a higher …

Bioaugmentation can be employed in bioremediation systems to improve the rate and extent
of solvent remediation. This chapter is intended to assist practitioners faced with selecting …

A feasibility study of phosphorylated-polyvinyl alcohol immobilized and free mixed bacterial
culture bioaugmentation for removing atrazine in agricultural infiltrate was conducted …

This document describes a suite of MNA/EA reaction modules that were developed for
addressing complex chlorinated solvent reactions using RT3D. As an introduction, an …

One of the major constraints to successful implementation of in situ bioremediation is our
lack of understanding of how microbial activity is influenced by the physicochemical …

Successful implementation of in situ bioremediation is contingent upon understanding how
physicochemical and microbial factors affect the formation and dynamics of microbially …