Access a single unified cloud solution for CO2 storage modeling that provides an evergreen view of the carbon storage lifecycle to support a multi-year journey to create a lower-carbon future.
Experience a suite of industry-validated tools and workflows customized for effective CO2 modeling. Strategize and implement safe CO2 storage projects on any scale, across any time span with comprehensive capacity and containment feasibility insights and in-depth risk assessment.
Adopt a single and open solution for efficient carbon storage lifecycle management.
Enhance capacity, injectivity, and containment models with precision at any scale.
Sustain an evergreen storage model for a sustainable future.
Many Challenges, One Quest
A complete suite of workflows that can help optimize lifecycle efficiency across all phases of CO2 storage.
Create a Lower Carbon Future
Evaluate long term containment potential accurately using intelligent screening and rapid assessment.
More Insight. Less Uncertainty
Update CO2 storage models over the duration of the entire project.
Industry-validated tools customized for CO2 applications provide cohesive workflows that span the entire lifecycle.
Unique simulators provide high resolution models, with fast run times that cater for modeling scales from regional storage sites to wellbore.
Address leading challenges and questions associated with CO2 storage and modeling, from where, to how.
Protect and retain legacy data and knowledge to reduce uncertainty while modeling the subsurface.
Follow industry recognized CO2 storage assessment workflows or create unique CO2 storage workflows to meet specific needs.
Integrate monitoring and flow tracking data to assess long term integrity of the reservoir.
Integrated suite of high-resolution modeling tools for CO2 storage exploration, monitoring and prediction. The software addresses key aspects of CO2 storage workflows: formation storage prospecting, capacity estimation, well injectivity, formation pressurization, plume trapping, and dissolved CO2 dispersal.
Combines innovative technology and tightly integrated, end-to-end suite of cross-domain workflows to increase subsurface understanding, reduce uncertainty around today’s most complex reservoirs and tackle future energy challenges.
NETool® CO2 software, part of the CO2 Well package, is a highly detailed wellbore and completion simulator for CO2 storage design. It offers a comprehensive set of functionalities across all phases of injectivity planning and operations - from injection well design to execution control.
Models phase behavior in changing pressure – temperature conditions along the wellbore. Built–in component properties allows you to create complex EOS models.
Pressure and temperature are the important parameters to be modeled and monitored to maintain CO2 in the liquid phase while seeking to achieve high efficiency. The software gives you the flexibility to use measured tubing pressure and/or temperature data from sensors or generate them by modeling (set reservoir temperature and casing properties to obtain tubing temperature).
Tracking vapor quality along the wellbore allows you to predict and help prevent issues during the execution stages.
The run discretization can be up to few centimeters to provide detailed results.
The solution accepts data from different data sources.
The outflux injection profile along the wellbore provides a picture of the zones where CO2 is injected, especially in horizontal wells.
