Drilling Optimization AI | mysimulator.uk

Optimize rate of penetration, reduce dysfunction (stick-slip, whirl, v)

Drilling combines complex dynamics, heterogeneous formations, and real-time risk. AI augments parameter recommendations, dysfunction detection, trajectory corrections, and safety alerts while keeping the driller in control.

Maximize ROP within safe envelopes, minimize NPT, avoid catastrophic events, and maintain transparent, auditable recommendations.

Surface and downhole sensors, MWD/LWD, mud logs, torque & drag, BHA de

ROP prediction, dysfunction detection (stick-slip, whirl, vibration), kick/loss risk, trajectory correction, parameter optimization within constraints.

Real-time advisory dashboards, alerts, integration with rig systems (read-only or gated control), post-well lookbacks.

live demo · related simulation● LIVE

Trajectory Optimization

Geosteering and tortuosity minimization.

Kick/loss risk early warning and mitigation steps.

Frequently asked questions

What is the purpose of integrating surface and downhole data streams?

Integrating surface and downhole data streams allows for real-time monitoring, accurate prediction of ROP, detection of potential dysfunction like stick-slip or whirl, and ultimately helps mitigate kick/loss risks.

How does the system balance advisory recommendations with direct control over drilling parameters?

The system operates on an advisory model, providing intelligent recommendations while retaining manual override capabilities for hard limits. This ensures the driller maintains full control in critical situations.

What role do scenario testing and SME approval play within the AI's operation?

Scenario testing and shadow mode allow for evaluating proposed drilling strategies without impacting actual operations, while SME approval provides a crucial layer of validation and ensures alignment with established best practices.

How does the system track all recommendations, overrides, and related events to ensure accountability?

The system maintains detailed logs of all recommendations made, any manual overrides implemented, and associated events – this comprehensive record is vital for post-well analysis and continuous improvement.

▶ Try it live

Everything above runs in your browser — open Earthquake Wave Propagation Simulation and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.

▶ Open Earthquake Wave Propagation Simulation simulation