In recent years slurry cutoff walls have been successfully employed to mitigate seepage and isolate liquid waste and leachate in the groundwater environment. However , a success of the slurry cutoff wall depends on the hydrological condition of the site. A post construction and pre-construction groundwater budget analysis can demonstrate the effectiveness of a slurry cutoff wall. In this paper, a detailed groundwater budget analysis of Loeffel site in the Southwestern Rensselaer County of New York is discussed. The analysis shows that the use of a slurry cutoff wall effectively mitigates the release of contaminated groundwater from the site
Seepage is one of the most substantial factors in the embankment dams design. The Cutoff wall method...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...
A soil-bentonite slurry trench cutoff wall was installed as part of landfill improvements at the Mac...
A soil bentonite slurry wall was designed for an NPL site to stop further migration of chemicals in ...
An SMW wall was installed as a cutoff wall for seepage control during high floods in a narrow levee ...
The potential impacts from legacy, unlined landfills to surrounding hydrological systems are substan...
The main dam at the Bighorn development consists of a zoned earthfill embankment with a concrete cut...
Abstract: In both the UK and the US, low permeability, vertical barriers (slurry walls) are widely u...
The potential impacts from legacy, unlined landfills to surrounding hydrological systems are substan...
The rehabilitation of small dams often requires the reduction or control of groundwater seepage thro...
This paper relates to the conversion of a disused water reservoir into a landfill site for domestic ...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Seepage is one of the most substantial factors in the embankment dams design. The Cutoff wall method...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...
A soil-bentonite slurry trench cutoff wall was installed as part of landfill improvements at the Mac...
A soil bentonite slurry wall was designed for an NPL site to stop further migration of chemicals in ...
An SMW wall was installed as a cutoff wall for seepage control during high floods in a narrow levee ...
The potential impacts from legacy, unlined landfills to surrounding hydrological systems are substan...
The main dam at the Bighorn development consists of a zoned earthfill embankment with a concrete cut...
Abstract: In both the UK and the US, low permeability, vertical barriers (slurry walls) are widely u...
The potential impacts from legacy, unlined landfills to surrounding hydrological systems are substan...
The rehabilitation of small dams often requires the reduction or control of groundwater seepage thro...
This paper relates to the conversion of a disused water reservoir into a landfill site for domestic ...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Vertical containment walls have been used as barriers to cut off hazardous fluid and chemical flow i...
Seepage is one of the most substantial factors in the embankment dams design. The Cutoff wall method...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...
This report provides the findings and opinions of a historical document review, hydraulic balance ca...