Over the past few years biodegradation of trichloroethylene (TCE) using different
microorganisms has been investigated by several researchers. In this review article, an …

Leakage and spill of petroleum hydrocarbons from underground storage tanks and pipelines
have posed significant threats to groundwater resources across many petroleum …

Bimetallic Fe–Mn oxide (BFMO) has been regarded as a promising activator of peroxysulfate
(PS), the sustained activity and durability of BFMO for long-term activation of PS in situ …

The potential of oxygenating Fe (II)-bearing sediments for hydroxyl radical (· OH) production
and contaminant degradation has been proposed recently. Here, we further show that …

Mercury contamination is a global concern, and the degradation and detoxification of
methylmercury have gained significant attention due to its neurotoxicity and biomagnification …

Degradation of trichloroethylene (TCE) in simulated groundwater by Pd and electro-
generated H2 and O2 is investigated in the absence and presence of Fe (II). In the absence …

Groundwater is a valuable renewable resource for human life. The two major threatening
issues being faced by groundwater are its depletion and degradation which affect both the …

We present a general framework for probabilistic risk assessment (PRA) of subsurface
contamination. PRA provides a natural venue for the rigorous quantification of structural …

The role of iron anode on electrochemical dechlorination of aqueous trichloroethylene (TCE)
is evaluated using batch mixed-electrolyte experiments. A significantly higher dechlorination …

In situ air sparging (IAS) is a technology commonly used for treatment of submerged source
zones and dissolved groundwater plumes. The acceptance of IAS by regulatory agencies …