This investigation evaluated mass extraction rate from individual wells associated with the Western Sector Treatment System (formerly known as the DUS-II project). This was critical since each individual well can have a radius of influence in excess of 100-ft when operating using an active extraction system. Future soil vapor extraction should use the existing active extraction system, supplemented with deployment of passive extraction where appropriate
Soil vapor extraction (SVE) is a proven technology that can remove volatile organic compounds (VOCs)...
Remediation by soil-vapor extraction has been used for over a decade at Lawrence Livermore National ...
This report presents evaluations, recommendations, and requirements concerning passive soil vapor ex...
Soil vapor extraction (SVE) is a prevalent remediation approach for volatile contaminants in the vad...
Soil vapor extraction (SVE) and air injection well testing was performed at the Dynamic Underground ...
The passive soil vapor extraction (PSVE) system at the MetLab of the Savannah River Site has been op...
Passive soil vapor extraction (PSVE) is an enhanced attenuation (EA) approach that removes volatile ...
The results to date on the treatability study of the PSVE system at the MetLab of the Savannah River...
A groundwater extraction system designed to remove volatile organic compounds from groundwater has b...
Extracting vapor from soil is a cost-effective technique for the removal of volatile organic chemica...
A passive soil vapor extraction (PSVE) treatability study at the Miscellaneous Chemical Basin (MCB) ...
Soil vapor extraction (SVE)systems can be used to remediate enviornmental sites that have been conta...
The results of a field investigation, vapor extraction tests, and long-term monitoring at a PCE-cont...
ABSTRACT: Soil-vapor extraction (SVE) is a standard and effective in situ treatment for the removal ...
The Environmental Restoration Technology Section (ERTS) of the Savannah River National Laboratory (S...
Soil vapor extraction (SVE) is a proven technology that can remove volatile organic compounds (VOCs)...
Remediation by soil-vapor extraction has been used for over a decade at Lawrence Livermore National ...
This report presents evaluations, recommendations, and requirements concerning passive soil vapor ex...
Soil vapor extraction (SVE) is a prevalent remediation approach for volatile contaminants in the vad...
Soil vapor extraction (SVE) and air injection well testing was performed at the Dynamic Underground ...
The passive soil vapor extraction (PSVE) system at the MetLab of the Savannah River Site has been op...
Passive soil vapor extraction (PSVE) is an enhanced attenuation (EA) approach that removes volatile ...
The results to date on the treatability study of the PSVE system at the MetLab of the Savannah River...
A groundwater extraction system designed to remove volatile organic compounds from groundwater has b...
Extracting vapor from soil is a cost-effective technique for the removal of volatile organic chemica...
A passive soil vapor extraction (PSVE) treatability study at the Miscellaneous Chemical Basin (MCB) ...
Soil vapor extraction (SVE)systems can be used to remediate enviornmental sites that have been conta...
The results of a field investigation, vapor extraction tests, and long-term monitoring at a PCE-cont...
ABSTRACT: Soil-vapor extraction (SVE) is a standard and effective in situ treatment for the removal ...
The Environmental Restoration Technology Section (ERTS) of the Savannah River National Laboratory (S...
Soil vapor extraction (SVE) is a proven technology that can remove volatile organic compounds (VOCs)...
Remediation by soil-vapor extraction has been used for over a decade at Lawrence Livermore National ...
This report presents evaluations, recommendations, and requirements concerning passive soil vapor ex...