Two-Phase Relative Permeability Templates
Corey and LET models plus the Honarpour and Ibrahim-Koederitz correlations across water-oil, gas-oil, gas-water and gas-condensate systems.
5 blueprints
Corey Relative Permeability Curves
Generate oil-water relative permeability curves using the Corey power-law model. This simple model requires only endpoint values and exponents, making it ideal for screening studies.
SCAL Endpoint Analysis
Tabulate SCAL endpoint data from multiple core plugs (Swi, Sorw, Krow@Swi, Krw@Sorw), apply user-defined Corey exponents, and generate model relative permeability curves. This is the "lab data to simulation input" workflow — taking raw core measurements and producing smooth kr curves for reservoir simulation.
Honarpour Gas-Oil Relative Permeability
Generate gas-oil relative permeability curves using Honarpour et al. (1982) empirical correlations. Separate equations for sandstone (Eq A-4, A-5) and carbonate (Eq A-9, A-10) rock types.
LET Relative Permeability Curves
Generate oil-water relative permeability curves using the LET (Lomeland-Ebeltoft-Thomas) correlation. This model offers more flexibility than Corey for matching laboratory data.
Wettability Effect on Relative Permeability
Compare relative permeability curves for different wettability conditions using Ibrahim-Koederitz correlations. Wettability significantly impacts waterflood efficiency.