The determination of the flow rate of horizontal wells at steady state in the flooding

Arslan V. Nasybullin "TatNIPIneft" JSC "Tatneft" named after V.D. Shashin Bugulma, Russian Federation arslan@tatnipi.ru
Vadim F. Voykin "TatNIPIneft" JSC "Tatneft" named after V.D. Shashin Bugulma, Russian Federation vadim_voykin@tatnipi.ru
This article provides analysis of the complex potential of the flow at the five-pointinjection system with a single infinite fracture conductivity. The authors developed a software module in MatLab for the hydrodynamics equations is derived. In particular the program developed by the authors can be used for a deeper understanding of the processes of areal flooding with the complex potential of the flow.
Materials and methods
Hydrodynamic calculations.
Results
The complex potential of the flow area of the injection system with a horizontal bore for the five-point waterflood.
Сonclusions
Research conducted by the authors, can be used as evidence of the relevance of the use of infinite conductivity fractures when modeling areal systems of injection with horizontal wells. Using the equations presented in the works of R. T. Fazlyev and development conducted by V.P. Pilachowski cracked infinite conductivity, it ispossible to obtain the complex potential of the flow area of the injection system with a finite number of horizontal wells. As an example, the authors have developed a complex potential of the flow for the five-point system with one horizontal injection well.
the complex potential of the flow the established flow of liquid a horizontal well the horizontal length of the barrel