The device is designed to measure the consistency of cement slurries at high pressures (up to 152 MPa) and temperatures (up to 204°C).

Designed for keeping cement stone specimens at high pressures and temperatures for the subsequent test of flexural and compressive strength.

Designed to determine under static conditions the water yield of cement and drilling fluids, hydraulic fracturing fluids under elevated thermobaric conditions.

Fann roll ovens provide maturation (thermal aging) of solution samples for further analyses. High-temperature aging cells are placed inside the oven chamber, where they are heated and rotated (agitated) on drive rollers. Samples can also be heated without rotation (static maturation).

These units are designed for compression or compression-and-bend testing of cement specimens. Simultaneous display of load, specific load, actual load and load graph over time, with display of load rate (e.g., N/s) or stress rate (e.g., MPa/s), data, and tare curve graph with a large number of factors.

Designed to measure the wetting angle and surface (interfacial) tension, as well as to calculate the free energy of the surface.

The filter press measures filtration volume and crusting characteristics under various well conditions. A motor-driven propeller shaft rotates at varying speeds inside a standard 500 ml HTHP cell. RPM settings from 1 to 3,600 rpm provide laminar or turbulent fluid flow inside the cell. By varying the length of the shaft, shear stress can be increased or decreased.

Fann filter press is used for the determination of the filtration properties of drilling fluids and cement mixtures. Due to its operation in low pressure ranges the filter press is one of the most efficient measuring devices in this field. Maximum working pressure is up to 0.69 MPa (100 psi).

Designed to measure the boundary wetting angle and surface (interfacial) tension, as well as to calculate the free energy of the surface.
•    Measurement range is 1-180°C.
•    Lens has 6x magnification.
•    Maximum sample size is 300x50 mm.

Designed for filtration studies of natural core samples in thermal and baric conditions, maximally close to reservoir conditions. Allows to determine coefficients of deterioration (improvement) of permeability of core samples after exposure to process fluids.

For filtration studies on natural core samples under thermobaric conditions as close as possible to reservoir conditions; allows to determine relative phase permeabilities during two-phase filtration.

The equipment makes it possible to evaluate long-term and residual conductivity of all kinds of proppant packs (ceramic proppants and quartz sands) by continuously measuring compression forces, pack height and fluid permeability at pore pressures up to 5.2 MPa (720 psi) and compression pressures up to 138 MPa (20,000 psi) during the experiment.