As fields become more crowded, drilling wells safely and managing high-risk anti-collision situations has become more complex. The LOGIX® collision avoidance service from Sperry Drilling enables operators to drill wells safely, avoiding financial and environmental damages that may arise from anti-collision situations.
The LOGIX collision avoidance service gives operators control over their active wells through flexible alert delivery. Users can set their preferred delivery method for real-time alerts, which include on-screen pop-ups, email, or text, to accommodate recommended engineering controls.
The LOGIX collision avoidance service provides real-time monitoring and alerting capabilities to enable engineering controls in high-risk anti-collision environments. Customers can analyze and visualize anti-collision situations, receive alerts as needed, and maintain a safe distance from neighboring wells.
With LOGIX collision avoidance service, operators can receive automatic alerts to avoid well collisions and improve operational efficiency. They can access their wells remotely, receive real-time analysis of anti-collision situations for active wells, and make informed corrective actions to avoid well collisions and safely reach their drilling targets.
For each operation, authorized users can access the service remotely and interact with the system in real time without impeding on other users.
The LOGIX collision avoidance service offers operators the flexibility of real-time collision avoidance solutions for both Sperry Drilling and third-party providers.
Offers a digital transformation of drilling solutions to reduce operational risks and ensure consistent well delivery.
Integrates critical measurements for wellbore placement, drilling performance optimization, and borehole quality.
Fully digital and web-enabled to monitor and control drilling and logging operations from anywhere.
Designed for longer well applications in harsh environments.
Designed for fast drilling, accurate well placement, and reliable performance.
