Cut processing costs by reducing CO2 injection and production while maintaining oil production.
Predict production response and redistribute CO2 accordingly.
Optimize vertical and areal sweep.
Empower engineers to accomplish more in less time.
Visualize the financial impact of modifications on field-wide performance.
Smart algorithms drive data exploration and decision-making.
“The Tachyus technology is revolutionary for the petroleum industry in how it combines the robustness of the known physics and the speed of modern data science.”
Dioxeon users can leverage fast optimization algorithms to mitigate risk while determining the best possible use of CO2. The Tachyus platform enables engineers to explore millions of scenarios rapidly so that instead of manually sifting through vast quantities of data, you can focus on managing trade-offs between cutting costs, increasing oil production and maximizing recovery across a range of operational and development plans for your CO2-flood.
Tachyus’ Data Physics integrates the same fundamental physical principles found in traditional reservoir simulators with data science techniques such as machine learning to rapidly predict and optimize CO2-flood response. Engineers use Dioxeon not only to decide where and how much to inject, but also to validate the underlying predictive models powering the Tachyus platform.
Engineers can explore a wide range of visualizations of past pattern performance, potential CO2 redistribution plans and expected drilling response. Dioxeon reports are accessible on huge command center displays, workstations, and tablets in the field. It has never been easier for engineers to keep track of CO2-flood operations and to share reports and analysis with colleagues.