Combining high-definition images of individual perforations with accurate measurements of entry hole geometry, PerforationVA provides the most complete in-situ perforation evaluation available. Our unrivalled data analysis capabilities deliver unique insights for unconventional perforating applications.

Hydraulic fracture specialists design limited entry treatments to mitigate the unwanted effects of perforation erosion. When engineered changes are made to treatment parameters, frac specialists need clear information to understand the effects of these changes, the impact on fracture propagation and placement of proppant volumes. Through the integration of qualitative and quantitative erosion assessments, PerforationVA provides a complete picture of the fracture treatment and a cost-effective diagnostic tool to evaluate success.

Our virtual booth showcases multiple case stories and applications of Optis Infinity technology paired with Visual Analytics services. Find out how EV are delivering game-changing information to maximise the efficiency and drive down the cost of well intervention operations.

Optis Infinity builds upon the industry proven and market leading Optis technology platform, providing a ground-breaking, 360°, top-to-toe perspective of well performance and integrity in stunning high definition.

RestrictionVA delivers rapid and comprehensive evaluation of downhole restrictions, identifying their root cause and determining their severity. Through quantified visual assessment and advanced computer modelling techniques, RestrictionVA provides the definitive, proactive service for de-risking well interventions.

RestrictionVA utilizes EV’s technologically advanced Optis® and Optis Infinity™ imaging system and EV-Epidote’s unrivalled data analysis expertise. By combining high definition, quantified video and multi-sensor data from sources such as multi-finger calipers, RestrictionVA provides comprehensive assessment of downhole restrictions and a proactive solution to help plan and design well interventions, confirm their viability and minimize operational risk.