Data for the manuscript entitled "Pore Size and Wettability Control Dissolution Trapping Regimes of CO2 in Nano Porous Media"

This dataset accompanies the manuscript entitled “Pore Size and Wettability Control Dissolution Trapping Regimes of CO₂ in Nano Porous Media”. It contains simulation data for five square domains with sizes 800×800, 900×900, 1000×1000, 1100×1100, and 1200×1200 lattice units (corresponding to physical sizes of 286.4×286.4 nm, 322.2×322.2 nm, 358.0×358.0 nm, 393.8×393.8 nm, and 429.6×429.6 nm). For each domain size, we consider ten different wetting conditions, with water contact angles ranging from 25° to 60° in predefined increments.

For every combination of domain size and wettability, eight Monte Carlo–style realisations were run: the total initial scCO₂ volume fraction in the pore space is kept approximately constant, while the sizes and spatial arrangement of individual scCO₂ bubbles are randomly assigned. The dataset provides, for each scenario, the equilibrium-state output from one representative realisation (fields and statistics used in the manuscript figures and analysis).