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Software Products & Codes by industry

Oil & gas Software & Codes

Examine reservoir geology, production scenarios, and subsurface uncertainty. Explore model diagnostics and geological workflows relevant to oil and gas decisions. Browse software and scientific codes relevant to this area, with methods, screenshots, and resource links.

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

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EnviCloud demos organized by workflow stage, tool family, and domain.
Platforms & applicationsCloud platform

EnviCloud

  • Brings geospatial data, scientific models, and AI analyses into a shared browser workspace.
  • Provides public demonstrations spanning geothermal systems, groundwater, information theory, and resource decisions.
  • Connects maps and interactive diagnostics with reproducible model and analysis workflows.
Related dark EnviCloud workflow showing synthetic wells, geological horizons, faults, and terrain.
Platforms & applicationsSubsurface product

GeoML

  • Applies science-informed AI to the exploration, development, and use of geologic reservoirs.
  • Addresses subsurface energy extraction and storage, carbon sequestration, water supply, and resource assessment.
  • Connects reservoir understanding with modeling and decision support across a project life cycle.
Related Geysers Seismicity workflow in dark mode, showing clustered earthquake observations.
Platforms & applicationsSeismicity product

LAPIS

  • Combines seismic and injection information with physics-informed AI for induced-seismicity research.
  • Investigates stress changes and deformation associated with geothermal development and other subsurface activities.
  • Supports hazard interpretation and operational planning while keeping site evidence and uncertainty visible.
Related reservoir and energy-scenario configuration interface in dark mode.
Platforms & applicationsReservoir product

PetroAI

  • Develops science-informed machine-learning models for oil and gas extraction using site data and physical models.
  • Accounts for reservoir complexity and geomechanical processes when examining production behavior.
  • Uses sensitivity and uncertainty analysis to support reservoir and operational decisions.
Three-dimensional subsurface model with geological layers and wells.
Earth-science modelsPublic scientific code

FEHM.jl

  • Provides a Julia interface to the separate FEHM flow-and-transport simulator.
  • Connects simulations of single- and multiphase flow in fractured and unfractured porous media.
  • Serves as an interface module in the MADS and ZEM frameworks; it is not the FEHM solver itself.