As of the third year of this 3-year project, we have developed numerical models and performed a series of computer simulations to investigate the problems related to the delivery of permanganate to the saturated porous media. Primary results of this study are being prepared for presentation in national conferences and as papers in peer-reviewed publications. In addition, we have assessed the capabilities of various types of chemical mixtures in providing both contaminant destruction and plugging control. Results of this study have been published in peer-review journals
In this research we evaluated the potential of using solid potassium permanganate to create a horizo...
In situ chemical oxidation using permanganate is an approach to organic contaminant site remediation...
Reduction in hydraulic conductivity due to manganese dioxide precipitation has been identified as a ...
This study aims to provide basic research on a new passive remediation concept based on an in situ c...
In situ chemical oxidation or ISCO schemes involve the addition of a chemical oxidant, such as potas...
This research involves a combined experimental modeling study that builds on our previous DOE-sponso...
A sustainable, simple, and low O&M approach has been developed using innovative oxidation chemis...
'The goals of this study are: (1) to elucidate the basic mechanisms by which potassium permanganate ...
'The goals of this study are (1) to elucidate the basic mechanisms by which potassium permanganate o...
A three-dimensional two-phase flow model is coupled to a non-linear reactive transport model to stud...
In situ chemical oxidation using permanganate is an increasingly employed approach to organic contam...
Treating aqueous and non-aqueous phase trichloroethene (TCE) in the low permeable zones (LPZs) of co...
Potentially viable strategies were sought for enhanced utilization of potassium permanganate (KMnO4)...
The main objectives of this research are to evaluate MnO2 plugging effects on remedial efficiency of...
The residual buildup and treatment of dissolved contaminants in low permeable zones (LPZs) is a part...
In this research we evaluated the potential of using solid potassium permanganate to create a horizo...
In situ chemical oxidation using permanganate is an approach to organic contaminant site remediation...
Reduction in hydraulic conductivity due to manganese dioxide precipitation has been identified as a ...
This study aims to provide basic research on a new passive remediation concept based on an in situ c...
In situ chemical oxidation or ISCO schemes involve the addition of a chemical oxidant, such as potas...
This research involves a combined experimental modeling study that builds on our previous DOE-sponso...
A sustainable, simple, and low O&M approach has been developed using innovative oxidation chemis...
'The goals of this study are: (1) to elucidate the basic mechanisms by which potassium permanganate ...
'The goals of this study are (1) to elucidate the basic mechanisms by which potassium permanganate o...
A three-dimensional two-phase flow model is coupled to a non-linear reactive transport model to stud...
In situ chemical oxidation using permanganate is an increasingly employed approach to organic contam...
Treating aqueous and non-aqueous phase trichloroethene (TCE) in the low permeable zones (LPZs) of co...
Potentially viable strategies were sought for enhanced utilization of potassium permanganate (KMnO4)...
The main objectives of this research are to evaluate MnO2 plugging effects on remedial efficiency of...
The residual buildup and treatment of dissolved contaminants in low permeable zones (LPZs) is a part...
In this research we evaluated the potential of using solid potassium permanganate to create a horizo...
In situ chemical oxidation using permanganate is an approach to organic contaminant site remediation...
Reduction in hydraulic conductivity due to manganese dioxide precipitation has been identified as a ...