solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
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solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image

solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image

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solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image

Model 401 Waterloo System
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
Landfill site over fractured granite, monitored with five Waterloo Systems. Each System comprised of dedicated Double Valve Pumps and Pressure Transducers in 4-6 intervals to depths of 275 feet (84m). The Multi-Purge Manifold allowed the monitoring of 21 zones to be completed in less than 2 days.
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
An investigation of hydraulic properties beneath a large waste site. Waterloo Multilevel Systems were chosen to allow water quality sampling and to help determine the zones of highest permeability within the aquifer.
 

solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
750ft. (230m) Waterloo System installation for a deep tunnel assessment study. Three zones monitored with dedicated Double- Valve Pumps and pressure transducers. Picture shows technician obtaining pressure measurements and groundwater samples with portable readout and pump control unit.

solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
A large Midwestern USA research project studying agricultural effects on water quality. 22 Waterloo System installations with 3-4 zones each were installed to depths of 24-60 ft. (7.3-18.3 m) in overburden. Dedicated Double Valve Pumps and Peristaltic Pumps were used.
 
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
solinst waterloo systems multilevel systems landfill sites monitoring landfill site over fractured bedrock monitoring investigation of hydraulic properties monitoring beneath waste sites image
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