Optis® Unity is EV’s next-generation downhole camera system, purpose-built for seamless integration with third-party technologies. It delivers EV’s unmatched Visual Analytics capability to intervention and evaluation operations, transforming complex well data into intuitive, actionable insight.
5-Sideview Camera Array, 360° View
Based on EV’s award-winning Optis® technology, the system features a five-sideview camera array that delivers full 360° circumferential wellbore coverage. Its high-definition resolution provides crystal-clear imagery for rapid and confident interpretation, while a cutting-edge LED array ensures consistent, high-quality lighting even in the most challenging downhole environments.
Seamless 3rd-Party Integration
Built for versatility, Optis® Unity can be combined with a wide range of mechanical and diagnostic tools, bringing a powerful visual dimension to every stage of well intervention. It supports real-time viewing, enabling simultaneous operation alongside third-party services, and is compatible with both e-coil and e-line deployment, transmitting continuous, high-quality video even while tractoring (VWT).
Visual Analytics displayed on AIVA™
Optis® Unity is visual analytics ready, delivering immediate, data-driven insights through EV’s AIVA™ platform. Operators can view and analyze data from compatible third-party tools directly within AIVA™, which displays Optis® Unity’s 360° video alongside logging data, creating an intuitive visualization of the well that allows operators to view, analyze, and report intervention results within a single interactive platform. By integrating visual clarity with analytics, Optis® Unity enhances workflow efficiency, certainty, and operator confidence.
Applications
- Verification of shifting sleeve and milling operations in real time.
- Evaluation of wellbore scaling and deposition to optimise clean up and inhibition programs.
- Detailed inspection of valves, sliding sleeves and other complex completion hardware.
- Evaluation of corrosion and erosion to help with the management of well integrity.
- Inspection of sand screens to identify blockages, failures and remedial options.
- Leak detection, route cause analysis and assessment of remedial action.
- Perforation analysis to assist in optimization of hydraulic fracturing processes.
