Hydro- and geological research
Understanding the flow of water or the melting of glaciers is essential for scientists. Distributed Temperature Sensing is revolutionizing the possibilities in understanding these environmental dynamics. With a broad range of solutions AP Sensing is addressing the needs for structural condition monitoring of dams, dykes and levees as well as monitoring leakages and water movements.
Geothermal Response Tests (GRT, EGRT)
The traditional geothermal response test GRT is an accepted field method to determine the effective thermal conductance of the ground. Together with its recognized partners AP Sensing has developed a controlled enhanced geothermal response test EGRT solution. The geothermal parameters are evaluated in-situ as a function of the entire depth or length of the embedded borehole heat exchanger. Using AP Sensing`s GeoDTS Technology, the temperature along the heat exchanger pipes can be determined at any point and any time which allows the evaluation of a number of thermal parameters dependent of the location.
Leakage detection, seepage monitoring and aquifer localization
Geothermics
- Calculating thermal parameters in conjunction with different geological layers
- Identification of aquifers and ground water streams
- Monitoring of cement hardening by measurement of hydration heat
- Inspection of appropriate annulus backfilling
Geo-technique
- Detection of subsurface flow
- Leakage detection at deep excavation pits
- Detection of subsurface flow
Hydrolic Engineering
- Seepage monitoring
- Detection of internal erosion
- Estimation of thermal parameters
- Temperature over time and distance
Brochure
Broschures in other languages
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Certification
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