Flow modeling
The hydrodynamic model of the field displays the current state of development (pressure, saturation, spatial distribution of the current mobile hydrocarbon reserves) and allows to predict the dynamics of the technological indicators of the field under various development scenarios. Three-dimensional geological models are the basis of hydrodynamic models. Hydrodynamic models are important for evaluation, design and optimization of hydrocarbon fields development at all stages, and are also used for monitoring of oil and gas assets and their operational management.
Creation and adaptation of hydrodynamic models
![Creation and adaptation of hydrodynamic models](assets/cache/images/tv_image/2022120801-1.3e173fad.webp)
Reservoir pressure field and cumulative well sampling for a model of one of the gas fields.
Monitoring and operational optimization of field development based on continuously operating models
![Monitoring and operational optimization of field development based on continuously operating models](assets/cache/images/tv_image/2022360801-21.c4044ec1.webp)
Current density map of movable reserves, highlighting the cells of the institution for one of the fields.
![Monitoring and operational optimization of field development based on continuously operating models](assets/cache/images/tv_image/2022130801-22.c4044ec1.webp)
Forecast map of oil reserves density and cumulative withdrawal/injection volumes after the restructuring of the maintenance reservoir pressure system for the field area.
Design and reengineering of fields
![Design and reengineering of fields](assets/cache/images/tv_image/2022560801-31.3e173fad.webp)
Numerical model to study the efficiency of miscible oil displacement with fatty gas in low-permeability reservoirs.
Integrated modeling
![Integrated modeling](assets/cache/images/tv_image/2022590801-41.3e173fad.webp)
Formation - well - surface model for the projected gas-condensate field.