Market - Hydrogen Fugitive Safety

Needs

Multi-fluid prediction: Simulate hydrocarbons (C1;C2–C4; C5+), natural hydrogen, helium, CO₂ and H₂S simultaneously to capture the full subsurface resource picture, not just one fluid at a time.
De-risked exploration: Reduce dry-well rates and exploration costs by improving the accuracy of charge, migration, and accumulation predictions before drilling.
Faster decision cycles: Shorten basin evaluation timelines from months to weeks to keep pace with shrinking exploration budgets and licensing windows.
Frontier basin readiness: Assess underexplored or data-poor basins with confidence, where legacy models lack calibration data.
Portfolio diversification: Identify co-located opportunities (helium, natural hydrogen) within existing exploration footprints to extend asset value.

current situation

Microbial blind spot: No commercial platform corrects subsurface data for microbial impact on accumulation biodegradation nor distinguishes biogenic from thermogenic processes, leaving a critical layer of geological reality unmodeled.
No predictive H₂S & CO₂ modeling: Despite sour gases being one of the industry's most dangerous and costly hazards, no existing platform predicts where it forms and how and when it accumulates.
No predictive diagenetic modeling: Legacy oil and gas geoscience software does not allow users to model acidic fluid through geological time, from generation, mineral dissolution and migration to mineral precipitation. As a result, it cannot predict processes such as kaolinization, illitization or dolomitization along transects to improve reservoir ranking and reduce dry-hole risk.
Disconnected suface and subsurface data: Surface seepage, geochemical signatures, and deep geological mechanisms are analyzed in silos, leaving operators with fragmented evidence rather than a single coherent subsurface model.

Our solution

IORIGIN is an integrated, user-friendly, precise, and scalable platform for oil and gas exploration. By predicting hydrocarbons, H₂S, CO₂, natural hydrogen, and helium within a single coherent basin model, IORIGIN transforms the geological complexity of charge, migration, and accumulation into clear, actionable insights, de-risking drilling decisions and shortening basin evaluation cycles.