Selected examples and notebooks¶
Run the MATLAB commands locally and inspect their saved results in the notebooks. Start with a representative storage or validation case, then use the smaller workflow checks to explore chemistry settings.
Storage in saline aquifers¶
Hydrogen build-up, structural trapping, injection, and withdrawal in the existing aquifer model. Gravity, capillarity, and dissolved hydrogen.
Storage in depleted gas reservoirs¶
The existing 2D case with residual methane, MET, ACE, and SRB. Compare bacterial and abiotic injection and withdrawal on the original grid.
Thermodynamics¶
Compare RK, SW, PR, and Henry–Setschenow calculations with supplied ePC-SAFT reference tables. Inspect the route to black-oil PVT tabulation.
PHREEQC validation¶
A 20-cell, 250-day injection–storage–production comparison with a separate reference implementation. Compare H₂ consumption, dissolved hydrogen, pH, DIC, and the three metabolic pathways.
Complete-cycle PHREEQC validation. The source of the reference and the differences in chemistry splitting are described in the notebook.¶
Short chemistry walkthroughs¶
Four cells and two timesteps to check database loading, mineral inventories, pH, and saved output. A workflow check, not a spatial validation.
A complete 250-day comparison with compositional PHREEQC: hydrogen consumption by reaction, pH, and dissolved inorganic carbon.
Download the notebooks¶
Saved plots are embedded in the notebooks. The documentation build does not execute MATLAB or require a MATLAB notebook kernel.