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AI Demos by industry

Hydrogen & helium AI Demos

Explore geological reservoir characterization relevant to hydrogen and helium resources. Examine subsurface production and storage scenarios while keeping resource-specific assumptions distinct. Browse interactive demonstrations relevant to this area, with methods, screenshots, and resource links.

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Choose an industry to explore relevant demonstrations. Research & scientific AI brings together methods used across industries.

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Energy Production/Storage

Subsurface energy decisions depend on how reservoir properties and well arrangements affect flow, heat transfer, and pressure. This synthetic example connects a chosen reservoir domain and physical inputs with field generation and a flow-and-thermal calculation. Comparing the resulting maps and summaries helps users investigate the consequences of an energy production or storage scenario.

  • Estimates energy production and pressure change for a synthetic reservoir and well arrangement.
  • Configures a reservoir polygon, resolution, permeability, rock and fluid properties, and operating inputs.
  • Generates a permeability field and runs the flow and thermal model through separate controls.
  • Relates output maps and energy or pressure summaries to the selected physical inputs; configuration alone is not a solved scenario.

Geo Modeling

The geological modeling example brings surface terrain and subsurface structures together in a synthetic three-dimensional field. Wells, horizons, faults, and temperature intervals can be examined in the same scene to understand their spatial relationships. This integrated perspective helps geoscience teams explain subsurface geometry and discuss how well information relates to a broader geological interpretation.

  • Combines wells, geological horizons, faults, terrain, and temperature intervals in an interactive 3D scene.
  • Relates well trajectories and depth-dependent temperatures to their surrounding geological context.
  • Provides layer controls, terrain opacity, vertical relief, and well inspection.
  • Provides access to our open-source and proprietary ML for geospatial analyses.
  • Uses deterministic synthetic geology for illustration; the scene is not a field-validated subsurface interpretation.