Artificial lift and ESP design, solved against the whole system.
PumpX designs electric submersible pump installations against the well's real inflow and outflow — so pump, motor, cable and gas-handling selections are made on the operating point the system will actually see.
Solves the lift problem
Artificial lift is where reservoir, wellbore and surface meet. PumpX treats it that way: the inflow performance, the wellbore pressure traverse and the surface back-pressure are all part of the same model, and the pump is selected where the inflow and outflow curves meet.
Design against inflow and outflow
Nodal analysis at the pump intake, with the correlation and its validity range visible beside every result. Intake pressure, free gas at intake and the operating point follow from the model — not from a spreadsheet beside it.
Equipment selection
Pump, motor, cable and gas-handling equipment selected against the operating envelope, with sensitivity cases for frequency, water cut and reservoir pressure.
Connected to everything else
PumpX shares wells, PVT and equipment data with every other Petrovyx application. A change to the reservoir model in BalanceX or the network in NetworkX shows up in the lift design without a file exchange.
Five applications, one section
Each Petrovyx application solves one part of the production system and shares its model with the others. PumpX is available now; the rest follow in the order the system connects.
PUMPX
Artificial lift and ESP design against inflow and outflow.
Available now →WELLX
Well modelling, performance and nodal analysis.
In developmentBALANCEX
Material balance and reservoir performance.
Roadmap · working nameNETWORKX
Gathering systems, flowlines, pipelines and surface networks.
Roadmap · working nameFIELDX
Integrated production-system modelling. The application that connects the asset.
VisionWhere PumpX sits
Reservoir → Well → Artificial lift → Surface → Network