Innovative, customer-oriented, international
Our services
Due to the many years of experience of our highly qualified specialists, we can offer the best possible support for geotechnical and hydrogeological problems - with solid measurement concepts, globally recognised measuring procedures, instrumentation, monitoring methods and in-situ tests.
Calculations alone do not adequately reflect the interaction between the structure and the ground. Rock mechanical, geotechnical and hydrogeological measurements provide more reliable information.
Geotechnics
- Geotechnical services
- Distributed strain and temperature measurements by optical fiber
- Field installations and instrumentation
- Field measurements
- 3D deformation
- Borehole extensometer
- Displacement profiles
- Power Communication Device (PCD) and SolLine-App for Android Devices
- Trical software
- Inclinometer measurements
- Measurement of diaphragm walls – pile boreholes
- Pile load tests
- Vibration measurements
- Geotechnical consulting (measurement concepts, selection of measurement systems)
- Maintenance
- Monitoring
- Sensors
- Solexperts IoT
- Pore water pressure measurements
- Rock laboratory experiments
- Temperature measurements
Hydrogeology and rock mechanics
- Analysis of hydraulic tests
- Dilatometer tests
- Dilatometer software
- New Dilatometer probe 72 mm
- Gas measurements
- Geochemistry
- Groundwater monitoring
- Hydraulic borehole tests
- Load plate tests
- MeSy services
- autoclave
- Hydro Frac in-situ stress measurements
- Laboratory for Rock Mechanics and Rock Physics
- Monitoring
- Sensors
- Solexperts IoT
- Pore water pressure measurements
- Rock laboratory experiments
- Sampling
- Temperature measurements
- Water content
Monitoring and thermal leak detection
- Gas measurements
- GTC Measurement Methods
- Fibre optic measurements
- Gradient method
- Heat Pulse Measurements
- In situ Determination of the Pore Velocity
- Retrofit
- Temperature Sounding Method
- GTC services
- Geotechnics
- Determination of the effective thermal conductivity
- Temperature monitoring of ground freezing
- Geothermics
- Efficiency calculations
- EGRT
- Temperature monitoring of geothermal fields, energy park systems and geothermal probe fields
- Heat of hydration in concrete
- Hydraulic engineering
- Measuring Technology
- Thermal leak detection
- Thermal leak detection in dams
- Thermal leak detection in excavations
- Thermal leak detection on pipelines
- Monitoring
- Sensors
- Solexperts IoT
- Pore water pressure measurements
- Rock laboratory experiments
- Temperature measurements
MeSy
Determination of in-situ stresses
Knowledge of the in-situ primary stresses in the subsurface is a prerequisite for the design of underground structures with regard to their dimensioning and long-term stability. The only method for direct measurement of in-situ stresses is hydraulic fracturing (HF) or hydraulic testing of pre-existing fractures (HTPF).
hidCon
Elements in Tunnelling
hiDCon® is a cement-based construction material, which can deform by as much as 50% of the height of the construction element under defined loads. It is used in areas of civil engineering where the resulting stress in supporting structures should be limited to maximum values under a controlled amount of deformation.
GTC
GTC Kappelmeyer
GTC Kappelmeyer® is specialised in the fields of thermal leakage detection und temperature measurements. GTC Kappelmeyer® has developed the patented Temperature Sounding Method, which is used worldwide for hydraulic engineering, civil and underground engineering, landfill construction and pipeline construction
Solexperts France
Solexperts France
Solexperts France was founded in 2002 in view of the research programmes at ANDRA's rock laboratory CMHM (Centre de Meuse/Haute-Marne). Today, the 12 or so engineers and geologists are an integral part of the research community at the CHMH in Bure. Solexperts France has diversified considerably in recent years and is now active throughout France with all the services of the Solexperts Group.
