The Sim module is the engine of the software. It runs a two-phase black-oil core flooding simulator for simulating and validating SCAL experiments. It supports various setups, including unsteady-state, steady-state, multi-speed centrifuge, single-speed centrifuge and porous plate. Applicable to oil-water, gas-oil, gas-water, and CO₂-water systems, Sim handles both imbibition and drainage processes, with options for a third stagnant phase and compressibility effects. Its primary function is to estimate relative permeability and capillary pressure coefficients from experimental data using automated history matching.

Compare is a graphical module for visualizing results and comparing key flow properties such as production profiles and relative permeability across experiments. Comparisons can be performed at both project and experimental levels, enabling identification of optimal correlation parameters for each experiment.

The SCAL Modeling module allows for data-driven uncertainty analysis leveraging project data. Multiple parameterized SCAL experiments are integrated to generate representative saturation functions for full-field application, consistent with wettability and rock properties. The modeling supports common LET and Corey correlations for oil-water, gas-oil, gas-liquid, and CO₂-water systems. This approach reduces uncertainty across saturation regions, improving reservoir characterization.