Reduction of geological risks and non-productive costs
When solving tasks related to localization and extraction of high residual oil reserves, identifying missed deposits in complexly structured reservoirs using digital technologies
Increasing the efficiency of field development, late-stage development, involving undeveloped and poorly developed areas of the reservoir, reducing non-productive costs, increasing the profitability of development and performed GTM, drilling wells
Development of a 3D lithological-facial geological, geomechanical model of the layer with the identification and localization of bodies of various rock classes
A unique method for obtaining data continuously along the section exposed by the wellbore using automated interpretation technologies:
- Structural-mineralogical model
- Fluid model considering connate water
- Filtration properties
- Forecast profiles of inflow
- Geomechanical properties
- Pressures
Distribution using a neural network in the interwell space of structural-mineralogical properties and saturation of the well section for each cell of the model.
Implementation of a lithology cube according to the unique classification of the reservoir rocks. Automatic correlation and identification of bodies based on specified properties.
- The application of technology significantly reduces non-productive costs, increases the efficiency of GTM (up to 70%)
- Forecast calculations of liquid/oil flow rate, water cut, including for exposure intervals
- Training of specialists is carried out
Expert System (ESKS)
TAVS Methodology
Approved by the EKS of the Ministry of Natural Resources
Included in the Technology and Software Library of the Ministry of Natural Resources
Unique Russian technologies ESKS in Gintel software surpass foreign analogues!
To calculate the implementation cost, please leave a request and we will contact you.