CoreSight real-time coring technology
Enhanced MWD reliability through minimized tool shock and vibration.
- CORESIGHT PROVIDES REAL TIME DOWNHOLE INSIGHT DURING CORING OPERATIONS
- ACCURATE JAM DETECTION AND ENTRY TRACKING TO PREVENT MILLING
- STREAM SHOCK, VIBRATION, AND GAMMA DATA FOR PARAMETER OPTIMIZATION
- EXTEND CORE RUNS AND REDUCE TRIPS WITH LIVE MONITORING
- BOOST ROP AND CORE RECOVERY THROUGH PROPRIETARY DESIGN
- CORE MOVEMENT MONITORED IN INNER BARREL FOR PEACE OF MIND
- PATENTED REAL TIME CORING TOOL NOW WITH OFFICIAL PATENT APPROVAL
- 150+ YEARS OF COLLECTIVE CORING EXPERIENCE BACK FOR CORESIGHT EXECUTION
Enhanced MWD reliability through minimized tool shock and vibration.
- CORESIGHT PROVIDES REAL TIME DOWNHOLE INSIGHT DURING CORING OPERATIONS
- ACCURATE JAM DETECTION AND ENTRY TRACKING TO PREVENT MILLING
- STREAM SHOCK, VIBRATION, AND GAMMA DATA FOR PARAMETER OPTIMIZATION
- EXTEND CORE RUNS AND REDUCE TRIPS WITH LIVE MONITORING
- BOOST ROP AND CORE RECOVERY THROUGH PROPRIETARY DESIGN
- CORE MOVEMENT MONITORED IN INNER BARREL FOR PEACE OF MIND
- PATENTED REAL TIME CORING TOOL NOW WITH OFFICIAL PATENT APPROVAL
- 150+ YEARS OF COLLECTIVE CORING EXPERIENCE BACK FOR CORESIGHT EXECUTION
Transforming the coring process for our customers and the industry
CoreSight is the only real-time coring tool that offers instant understanding of downhole progress, giving operators peace of mind during coring operations.
With increased ROPs, higher efficiencies, and the elimination of milling, we’re alleviating the major issues associated with reliably capturing core.
Improve efficiency and recovery with real-time downhole data
CoreSight offers accurate and data-driven jam detection. Milling is prevented with the ability to track core entry into the barrel. Shock and vibration data streaming from the coring assembly allows for operating parameter optimization. In addition, gamma while coring gives geological data in real time to properly target the coring zone.
Increase performance with proprietary engineering and design
Higher coring efficiencies result in longer core runs and fewer trips for assemblies. Operators can maximize core recovery with real-time monitoring. CoreSight also increases ROP and core quality through internal designs and vibration mitigation. You will require fewer days to core, which ultimately saves time and money to come in under your coring budget.
Trust the industry leader in conventional coring
ProDirectional has extensive experience coring across the U.S. and abroad with more than 150 years of collective coring experience. Our expertise and in-house engineering capabilities have allowed us to create a coring system that exceeds client expectations and maximizes the ability to analyze and assess their rock.
Offering superior technology to deliver superior results for our customers.
FAQs
What does CoreSight real-time coring technology do?
CoreSight is the only real-time coring tool that offers instant understanding of downhole progress, providing operators confidence during coring operations. It increases rates of penetration (ROP), efficiency, and eliminates the need for milling.
How does CoreSight improve efficiency and core recovery?
CoreSight enables accurate, data-driven jam detection, prevents milling by tracking core entry into the barrel, streams shock and vibration data for operating parameter optimization, and delivers gamma data while coring to target formations precisely.
What performance benefits does CoreSight deliver?
The system enables longer core runs, reduced trips, maximized core recovery, improved ROP and core quality through vibration mitigation, ultimately requiring fewer days to complete coring saving time and cost.
Why can operators trust CoreSight?
Built on ProDirectional’s more than 150 years of collective coring experience and in-house engineering, CoreSight exceeds client expectations by enhancing reservoir analysis and overall coring accuracy.
How does CoreSight enhance geological insight during coring?
CoreSight ensures operators gain deeper understanding of downhole conditions through real-time geological data, promoting more informed decisions and greater visibility into operations.