Orka

Simulate, diagnose, optimize, and monitor your artificial lift wells.

Nodal analysis of your well, risks caught in time, and the operating point that pays the most. In your browser, nothing to install.

Simulation

Five lift methods, one simulator.

Pick each well's lift system and Orka models the real hardware.

  1. ESP

    Up to three pumps in tandem, plus motor, cable, and drive. Head delivered, motor loading, and free gas at the intake.

  2. Gas lift

    API 11V6 valves, gas lift performance curve, and the real injection point. You know how much gas to inject.

  3. Rod lift

    Surface unit, rod string, and downhole pump. Rod loads, gearbox torque, and how well the pump fills.

  4. PCP

    Rotor and stator with their torque and volumetric efficiency. You see whether the string runs with margin.

  5. Natural flow

    Choke, wellhead pressure, and how stable the operating point is.

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Results

Every run hands you the whole well, ready to act on.

Orka rebuilds the well section by section and hands you a physics report you can read, compare, and export.

Measured wellhead pressure and rate are enough: Orka derives the productivity index.

  1. 01

    IPR and VLP curves with the operating point and its stability margin.

  2. 02

    Pressure and temperature profiles with the flow regime segment by segment.

  3. 03

    Equipment performance: head per pump, motor loading, operating envelope.

  4. 04

    Calibration against your well tests.

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Specialized modules

Diagnostics and optimization, on every well.

  1. Diagnostics with 76 risk rules

    Free gas at the intake, motor at the limit, scale, heading. Every finding comes with its severity, threshold, and action.

  2. Optimization on real simulations

    Orka sweeps drive frequency or injection gas and shows you the best feasible point, with its impact in barrels and dollars.

Telemetry

Wire up SCADA and the model starts watching for you.

Orka compares every signal against what the model expects and tells you when the well drifts.

  • Twenty live rules: gas lock, broken shaft, stuck pump, tubing leak.
  • Alarms on engineering thresholds: each one tells you which signal tripped it.
  • A 30-day failure risk from the well's own history.

No SCADA yet? Orka works just as well on your well tests.

How it works

From well data to the decision, in three steps.

  1. Load your well

    Survey, completion, lift equipment, PVT, and the last well test. From your files or typed in by hand.

  2. Simulate and diagnose

    In minutes you have the physics report and the diagnosis: findings, risk events, and margins, each with its threshold.

  3. Optimize and decide

    Compare the feasible scenarios and accept the opportunity with its impact. Every decision is logged.

Data protection

Your wells are yours. So is your data.

  • Isolated by company

    Every company works in its own space: fields, wells, and runs never mix with anyone else's.

  • Sign in with your work account

    You sign in with your Google account, with roles and per-well scope. No new passwords.

  • Everything exports

    Parameters, results, and documents come out in CSV, JSON, and PDF whenever you need them.

  • Encrypted and replicated

    Encrypted connections and a database replicated across multiple locations.

Testimonials

Simulator-grade physics, proven on real wells.

  • 20 live rules watching your SCADA
  • 5 lift systems
  • 76 risk rules with their threshold in writing
  • 11 languages

Every recommendation comes from a physics run, not a rule of thumb.

Thresholds in writing, evidence behind every finding, and each opportunity sized in barrels. That's Orka on your wells.

— Orka Engineering

Start with a pilot.

Your wells, your data. You walk away with each well calibrated, its diagnosis, and its opportunities. No commitment.

Request a demo