The scanner is an add-on module to the AutoFlood 700 and allows monitoring of fluid movement in the core under thermobaric conditions in the liquid-to-liquid, liquid-to-gas system. Allows to study progression through the core of fringes of various fluids used in the process of enhanced oil recovery.

For conducting PVT-research in thermobaric conditions, as close as possible to reservoir conditions. Allows to determine precipitation points of paraffins, asphaltenes at different pressures, temperatures; determination of particle morphology, growth rate.

Designed for microscopic determination of mineral and coal vitrinite reflectance indices in the spectral range from 400 to 900 nm, as well as for the study of maceronal groups in coals. Measuring the reflectivity of vitrinite allows to fix the properties of the main microcomponents in the preparation, which indicate the degree of transformation of organic matter - catagenesis. The microscope spectrophotometer is controlled by a computer using a special program. It is intended for microscopic determination of mineral and coal vitrinite reflectance parameters in the spectral range of 400 to 900 nm, as well as for research of maceronal groups in coals. Measuring the reflectivity of vitrinite allows to fix the properties of the main microcomponents in the preparation, which indicate the degree of transformation of organic matter - catagenesis. The microscope spectrophotometer is controlled by a computer using a special̆ program.

The device is designed to perform extraction of core samples up to 140 mm in diameter and up to 300 mm in length in a mixture of organic solvents and is a large-sized system for hydrocarbon deflagration.

The device is designed to study the petrophysical properties of rocks, in particular to measure the coefficient of gas permeability and open porosity of rocks. The principle of operation of the analyzer is based on the Boyle-Marriott law, where the basic characteristic of rock permeability properties is determined by the flow rate of helium gas passed through the tested sample at constant pressure.

The device is designed to study the spatial structure of objects with high accuracy without destroying them. Tomography does not require sample preparation, application of contrasting methods, obtaining thin sections, etc. - simple scanning allows to obtain full information about the spatial structure of the sample with high resolution and to get the sample back in an unchanged form.

Offers users integrated, collaborative workflows that integrate geophysics, geology and reservoir engineering into a single workflow and pave the way for real-time reservoir characterization.

Petrel includes a wide range of advanced tools for fast and efficient interpretation of 2D-3D seismic data and for quality control and editing of results.

The device is used to determine the kinematic viscosity of oil, petroleum products and other liquid hydrocarbons in the range from 0.5 to 5000 mm2/s.

Allows qualitative and quantitative analysis of complex liquid hydrocarbon systems.

Used to determine the fractional composition of heavy and residual oil products.

Used to determine the kinematic viscosity of oil, petroleum products, and other liquid hydrocarbons in the range from 0.5 to 5000 mm2/s.

Used to determine the kinematic viscosity of oil, petroleum products and other liquid hydrocarbons in the range from 0.5 to 5000 mm2/s.