Front-tracking of three-dimensional piston-like displacements in porous media
Conference
·
OSTI ID:7199465
In this study, a front-tracking method for three-dimensional piston-like displacement is described. Many reservoir processes develop distinct fronts (discontinuities) that move through the reservoir. When the width of the discontinuity is smaller than realistic computation mesh sizes, standard methods are not always adequate. By tracking frontal movement, accurate representation of the front location is provided. This is accomplished by approximating the flow domain as regions of homogenous properties separated by sharp, distinct fronts. Flow is treated as a succession of steady-states based on incompressible fluids. With these assumptions, the potential equation is solved by finite-element methods, and the front moved accordingly. Elements are originally aligned with streamlines based on single-phase flow so that mesh orientation effects are minimized. As the front moves, elements are reformed to represent the discontinuity at the front accurately. The validity of the model is tested against data available in the literature. The model provides an inexpensive and accurate solution for problems such as coning, gravity under- a over-ride, fluid displacement, and movement of chemical reaction or gs condensation fronts, in which movement of the front is of primary concern. The method is applicable to two fluids of any mobility and density contrasts.
- Research Organization:
- Univ. of Texas
- OSTI ID:
- 7199465
- Report Number(s):
- CONF-861080-
- Country of Publication:
- United States
- Language:
- English
Similar Records
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Related Subjects
02 PETROLEUM
020300* -- Petroleum-- Drilling & Production
ACCURACY
CHEMICAL REACTION KINETICS
DENSITY
DISPLACEMENT FLUIDS
ENERGY SOURCES
ENHANCED RECOVERY
FINITE ELEMENT METHOD
FLOW MODELS
FLUID FLOW
FLUID INJECTION
FLUID MECHANICS
FLUIDS
FOSSIL FUELS
FUELS
HYDRODYNAMICS
INCOMPRESSIBLE FLOW
KINETICS
MATHEMATICAL MODELS
MECHANICS
MISCIBLE-PHASE DISPLACEMENT
NUMERICAL SOLUTION
OIL WELLS
PETROLEUM
PHYSICAL PROPERTIES
POROSITY
REACTION KINETICS
RECOVERY
RESERVOIR FLUIDS
RESERVOIR ROCK
STEADY-STATE CONDITIONS
STIMULATION
THREE-DIMENSIONAL CALCULATIONS
WELL STIMULATION
WELLS
020300* -- Petroleum-- Drilling & Production
ACCURACY
CHEMICAL REACTION KINETICS
DENSITY
DISPLACEMENT FLUIDS
ENERGY SOURCES
ENHANCED RECOVERY
FINITE ELEMENT METHOD
FLOW MODELS
FLUID FLOW
FLUID INJECTION
FLUID MECHANICS
FLUIDS
FOSSIL FUELS
FUELS
HYDRODYNAMICS
INCOMPRESSIBLE FLOW
KINETICS
MATHEMATICAL MODELS
MECHANICS
MISCIBLE-PHASE DISPLACEMENT
NUMERICAL SOLUTION
OIL WELLS
PETROLEUM
PHYSICAL PROPERTIES
POROSITY
REACTION KINETICS
RECOVERY
RESERVOIR FLUIDS
RESERVOIR ROCK
STEADY-STATE CONDITIONS
STIMULATION
THREE-DIMENSIONAL CALCULATIONS
WELL STIMULATION
WELLS