Data and code for "Electrochemical-Fidelity Propagation in Dynamic Carbon Routing of an MCFC–CCS–Methanol System: Origin-Resolved Allocation Between Methanol and Geological Storage"

This research object contains the frozen scientific code, calibration and optimization inputs, accepted validation outputs, temporal/thermal robustness results, model-form sensitivity results, and manuscript-facing numerical source data supporting the article “Electrochemical-Fidelity Propagation in Dynamic Carbon Routing of an MCFC–CCS–Methanol System: Origin-Resolved Allocation Between Methanol and Geological Storage”.

The archive preserves the original project-relative directory structure required by the retained scientific scripts. It includes the MCFC electrochemical representation modules, methanol and system models, the operating-domain validated reduced model for cryogenic CO2 purification, the 24-h multiobjective carbon-routing workflow, fixed-policy temporal/thermal robustness analyses, and bounded CPU-power and M1 carbonate-transference sensitivity analyses. The
frozen computational environment uses Python 3.12.8.

The release excludes journal-submission documents, publisher PDFs, historical setup/debugging files, local console logs, caches, machine-specific paths and credentials. SHA-256 checksums are listed in MANIFEST_SHA256.csv.

License scope: project-authored software under 06_Code is released under the MIT License; project-authored data, results and repository documentation are released under CC BY 4.0. Numerical material explicitly identified as controlled transcriptions, curated subsets or derivatives of third-party literature is not relicensed by this record; the original publications remain the authoritative sources and their applicable reuse terms continue to apply.