Designed to assist stabilization of well production in the most economically efficient manner.
Wells that hold steady on their own.
AIQ's ROBOWELL is designed to assist in the stabilization of well production in the most economically efficient manner possible.
The application is set up to eliminate the need for the operations personnel to constantly monitor and adjust the well-operating variables.
ROBOWELL is able to maintain stable operating conditions and optimize well production while considering the objectives to minimize gas lift consumption and operating constraints such as minimum bottom hole pressure, maximum flow line pressure, and maximum annulus pressure (MAASP), among other factors.
Proven on the field.
Three ways ROBOWELL works.
Workflow
Work process that allows users to monitor and evaluate the performance of RoboWell.
- Model generation, calibration and update
- Bulk update functionality
Anywhere
- ML Virtual Meter Models · Machine Learning models or algorithms that estimate production rates without the need for physical flow meters.
- Expert System Models · Knowledge-based systems or decision support systems, tools used to assist in complex decision-making processes.
Close loop
- Dynamic Linear Models · Reproduces dynamic response of the well when each variable changes.
- Physics-based AI Models (runs every minute) · Estimates parameters in real time (i.e. virtual meters).
What changes on the well.
- 01Safe and reliable operationsKeeps wells within their safe operating envelope, reducing trips and unplanned shutdowns.
- 02Optimized well planningImproves efficiency in drilling and planning new wells.
- 03Proven resultsDeployed across 500+ wells, resulting in a 5% increase in production.
- 04Enhanced well performanceEnhances overall production efficiency and stability.
- 05SustainabilityReduction in CO2 emissions versus conventional operations.
- 06Reduced well interventionsCuts well movement by up to 50%, lowering costs and downtime.
