RT Journal Article
ID 7e1f8bc2081b82d1
A1 Batista, Francisco Alves 
A1 Coutinho, Brauner Gongalves 
A1 Marcondes, Francisco
A1 Neto, Severino Rodrigues de Farias 
A1 de Lima, Antonio Gilson Barbosa 
T1 TWO-PHASE FLOW OF AN OIL-WATER SYSTEM IN POROUS MEDIA WITH COMPLEX GEOMETRY INCLUDING WATER FLOODING: MODELING AND SIMULATION
JF Journal of Porous Media
JO JPM
YR 2011
FD 2011-08-10
VO 14
IS 7
SP 579
OP 592
K1 oil reservoir
K1 recovery factor
K1 petroleum
K1 finite-volume
K1 secondary recovery
AB The purpose of the present work is to obtain a numerical solution for the two-dimensional black-oil model applied to the two-phase flow (water-oil) inside a reservoir with complex geometry including water flooding as an enhanced oil recovery process. The model can be applied to studies in reservoirs that contain heavy oils or low-volatility hydrocarbons. The mass conservation equations written in the mass fraction formulation and boundary-fitted coordinates incorporate variable permeability and mobility effects, and are solved using the finite-volume method, with a fully implicit methodology and Newton's method. Calculations of the hydrodynamic parameters of an oil-water reservoir element are carried out for several cases involving water flooding. The results of the fluid saturation fields, water cut, oil recovery, and pressure distribution inside the reservoir over time are presented and analyzed. This study shows that water flooding yields faster recovery and is an efficient exploitation method of reservoir fluid production.
PB Begell House
LK https://www.dl.begellhouse.com/journals/49dcde6d4c0809db,6439c35527c2d31f,7e1f8bc2081b82d1.html