User account
ru en

Geomechanics, a fresh look at the design/redesign and retrospective of hydraulic fracturing

The development of an optimal hydraulic fracturing design is a complex task, the solution of which involves the use of a large amount of initial data, including geomechanical and petrophysical characteristics of rock and fluids, thermobaric formation conditions, proppant properties, etc. Determining these parameters for hydraulic fracturing design requires special research and the construction of complex geomechanical models.

In the implementation of this project accomplished:

Frac and Multistage-frac design

Hydraulic fracturing (HF) is the creation of a highly conductive fracture in the target formation under the action of a proppant fluid injected into it to increase the production of fluids (oil, gas, condensate, etc.). A fracture is formed if the injection pressure is greater than the fracture pressure of the rock. After hydraulic fracturing, the well flow rate, as a rule, increases sharply.

 3D-Geomechanics

3D - geomechanical modeling allows you to fully take into account the change in the geological section along the lateral and the influence of tectonics. As a result of the simulation, the mechanical properties, pressures and stress-strain state at each point of the volume under study are determined. The model is built from the day surface to the horizons lying under the developed reservoirs
Оптимизация
бурения