Monitoring Contaminated Flow
Water Quality Probes
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Waterloo Multilevel Systems Used to Monitoring a Chlorinated Compound Release

Four Waterloo Systems were installed to monitor a chlorinated compound release. Systems were installed at depths ranging from 131 m – 229 m (430 ft – 750 ft), with most monitoring 7 zones. The Ports were constructed with both Double Valve Pumps and Vibrating Wire Transducers.
Waterloo Multilevel Systems Used for Contaminant Investigation at US Air Force Base

Contaminant investigation at a U.S. Air Force Base. Waterloo Systems installed to 213 m (700 ft) in overburden using screened and cased wells. Up to 6 zones per hole with dedicated pumps and transducers.
Waterloo Multilevel Systems Used to Investigate Hydraulic Properties Below Large Waste Site

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.
Waterloo Multilevel Systems Used To Characterize an Historical Chlorobenzene Plume

Contaminant investigation at a U.S. Air Force Base. Waterloo Systems installed to 213 m (700 ft) in overburden using screened and cased wells. Up to 6 zones per hole with dedicated pumps and transducers.