Understand and characterize storage resources for long-term CO2 storage
Characterize storage resource formations and sites to understand storage resource characteristics to help provide for safe, long-term containment of injected CO2. Interpret and manage geological data with predictive tools that provide insight into storage resource characteristics from data-sparse saline basins to data-rich oil and gas assets designated for CO2 storage.
Accurate, rapid interpretation and modeling of CO2 storage resources help manage risk and uncertainty. Traditional industry solutions can have siloed environments with complex workflows that can lead to data gaps, delayed timelines, and an incomplete storage resource understanding.
Geosciences Suite combines innovative technology and a tightly integrated, end-to-end suite of cross-domain workflows to increase subsurface understanding, reduce uncertainty in CO2 projects, and help to tackle future energy challenges.
A single subsurface representation ensures evergreen asset data across teams and functions.
Maximize efficiency and minimize risk with a tightly-knit integration between data, users, and workflows.
Dynamically update earth models and relevant data across geophysics and geology domains.
Gain an enhanced understanding of your assets and drive agile field development with automation and smarter workflows.
Reduce uncertainty and make informed decisions during interpretation and modeling of complex reservoirs.
Solve today's biggest geoscience challenges while being empowered to find solutions for future energy transitions.
Access the latest innovative geosciences cloud applications on a secure public, private, or hybrid cloud.
Increase collaboration and enable synergetic partnerships within a secure, scalable multi-user geoscience environment.
Build accurate geological models regardless of scale, faster to help reduce uncertainty, replace reserves, and optimize returns.