Solinst 403
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Inexpensive
Lower cost than multiple wells
Two Systems Available
Seven channel system (up to 7 depth discrete zone) and three channel system (up to 3 depth discrete zones)
Easy to Install. Install using any drilling method - including direct push
Seven channel system can be installed in less than 3 hours by two people. The three channel system can be installed even faster.
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The 403 CMT Multilevel Well and Groundwater Monitoring System provides site assessors with a clearer understanding of three-dimensional groundwater slow and the distribution of contaminants in the subsurface. Monitor up to 7 zones in one 1.7â?? well, or 3 in the narrow 1.1â?? (28mm) Multilevel Well System.

This is a simple, cost-effective multilevel system which can obtain discrete zone groundwater data. It allows remediation strategies to be targeted more precisely, focussing efforts in the most effective manner.

The CMT Multilevel System makes the accurate monitoring of contaminant plumes much more affordable. It provides detailed data both vertically and horizontally. The monitoring zones can be set where needed and its single tube design allows reliable seals between zones.

There are two systems available. The 1.7â?? (43mm) polyethylene tubing which is segmented into seven channels, allowing groundwater monitoring at up to 7 depth discrete zones. The 3-Channel System uses the same material and construction but has been designed for narrow installations. This narrow tube is 1.1â?? (28mm) in diameter making it ideal for direct push where the annulus for seal placement is narrow.

Manufactured by: Solinst
Model: Solinst 403 CMT Multi-Level Well Systems

Services offered for this product

  • Sales
  • Rental
  • Installation
  • Calibration
  • Maintenance

Applications

  • Identify vertical as well as horizontal contaminant distribution with transect monitoring
  • Ideal for shallow wells in high water table environments
  • Multilevel water sampling and level monitoring in unconsolidated soils or bedrock
  • Dewatering impact assessments at construction and mining sites
  • Mass transport calculations and mass flux estimation
  • Monitoring of natural attenuation or remediation processes, and documentation of its effectiveness
  • VOC, MTBE and Perchlorate monitoring at NAPL sites
  • Determination of the best location for reactive barrier walls, the Waterloo Emitter and other remediation methodologies
  • Vapour monitoring with special wellhead seals
  • Helps optimise design and performance assesment of remedial options

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