Triaxial Cell for core sample ultrasonic measurement at confining and axial pressures up to 70 MPa, pore pressure of fluids up to 40 MPa. Temperature up to 85°C.
Unique Triaxial Cell for core sample measurements at seismic frequencies applying dynamic stress level less than 1.0E-7. Confining and axial pressures up to 70 MPa, pore pressure of fluids up to 40 MPa. Temperature up to 85°C.
True-Triaxial Cell for sample measurements at stress level up to 100 MPa (without pore pressure control)
Core flooding cell transparent for X-ray, for simultaneous measurement of ultrasonic P-wave velocity and distribution of fluids. Sample size 1.5-inch diameter. Pressure values up to 20 MPa, pore pressure up to 10 MPa.
Micro-core flooding cell for 3D X-Ray visualisation of the microstructure of rocks and fluid distributions inside the rocks at elevated pressures and temperatures. Sample size 5 mm diameter. Pressure values up to 30 MPa, pore pressure up to 20 MPa. Temperature up to 85°C.
Pressure cell for measurement of the fluid bulk modulus. Pressure up to 40 MPa, Temperature up to 80°C.
Pressure cell for powered compression and ultrasonic measurements
Odometric cell for powder compaction and simultaneous ultrasonic measurements
Odometric cell for artificial shale compaction, simulation permeability measurements and multicomponent velocity acquisition.
Simultaneous measurements of DC and AC electrical conductivity and hydraulic permeability of big cores. Core size up to 100 mm diameter. Pressure up to 2 MPa.
Various acquisition systems for signal registration.
Set of Isco-Teledyne syringe pump for fluid injection
Shimazu pump for liquid injection
Laser-Doppler Vibrometer (Interferometer) to perform accurate acoustic measurements of rocks properties at wide range from seismic to ultrasonic frequencies.
Pulsed Laser used as a “point” source of acoustic waves for rock physics experiments
Access to medical CT.Access to NGL facilities:
– micro-CT (Xradia) resolution 0.8 micrometer ,
Workshop including Lathe, Milling and Drilling machines.