A Model of Hydraulic Fractured Horizontal Well for Debit Computation of Slanged Gas and Oil

This work presents model of liquid rate and bottomhole pressure computation in multistage hydraulic fractured horizontal well. Model is based on a solution of transient fluid flow equation in porous media with finite volume method. 3D formulation of the problem gives an opportunity to model not only axisymmetric example as it is in 2D models. Results are recorded with a second order time and space accuracy. The most innovate thing that this project can be used for is solution of inverse problem – restoring reservoir parameters on a base of known well production.