Inject. Stabilize. Sequester.
EDS delivers full-lifecycle modeling for CO₂ injector wells, capturing the unique pressure and temperature constraints that occur during early and steady-state injection. Because CO₂ injectors must honor both bottomhole pressure (BHP) and wellhead temperature (WHT), EDS simulates these dual constraints with accuracy—something most conventional well models cannot do.
EDS also models flow instability and slugging near the CO₂ bubble point, where two-phase gas–liquid behavior creates rapid density changes that traditional steady-state tools fail to capture. This capability helps operators identify when to safely increase injection rates and how temperature affects stability, especially when CO₂ is near 60°F and transitioning between liquid, gas, and supercritical states.
To ensure precise thermodynamic predictions, EDS supports advanced models like GERG for accurate phase-transition and enthalpy calculations, while also offering cubic EoS options such as Peng–Robinson. This gives operators reliable insight into flow stability, injection performance, and heating requirements for supercritical operation.
