![](https://src.corva.ai/wp-content/uploads/2024/06/Increased-Operational-Efficiency-Saves-Permian-Basin-Operator-500M-thumbnail_COP-Surface-Case-Study.webp)
Drilling
Increased Operational Efficiency Saves Permian Basin Operator $500M
Background Major IOC had an objective to improve drilling efficiency and performance, and reduce cost. Corva’s Drilling Platform Utilized as Solution Operator implemented several solutions within the Corva platform to increase productivity via unified and standardized operations performance metrics, automated optimized drilling parameters for all conditions, and developed a torque and drag solutions to save […]
![](https://src.corva.ai/wp-content/uploads/2024/02/Hackathon-2024_Banner_Web.png)
Dev Center
Events
Corva’s 2024 Hackathon: A Showcase of Innovation and Excellence at Speed
Corva’s Dev Center allows companies to build apps quickly, cutting down both the cost and time spent on normal development, while still allowing them to own the IP of whatever they made.
![](https://src.corva.ai/wp-content/uploads/2024/07/Asset-3.png)
Collaboration
Drilling
Digital Delivers Efficiency Gains and Greater Drilling Predictability in Egypt
Enhance Drilling Efficiency and Reliability An operator faced significant challenges with erratic drilling torque resulting in excessive lateral and stick slip vibrations, wellbore instability, and differential sticking. Key Results & Value Delivered Together, Corva and Baker Hughes implemented a combination of advanced technologies to monitor operations in real-time resulting in 4.3 days saved, 17% ROP […]
![](https://src.corva.ai/wp-content/uploads/2024/07/Eagle-Ford-Shale-Operator-Improves-Capital-Efficiency-By-30_AI-Powered-Closed-Loop-Automation-Boosts-ROP-copy.webp)
Predictive Drilling
Eagle Ford Shale Operator Improves Capital Efficiency By 30%, Saving $315k per Pad Drilled
Major IOC had an objective to improve overall drilling efficiency and performance, and reduce cost.
![](https://src.corva.ai/wp-content/uploads/2024/06/Improve-Drilling-Efficiency-Through-Combination.webp)
Collaboration
Drilling
Offshore
8.5-inch Hole Section: Optimizing Drilling Parameters and Weight-to-Weight Time
Reduce Tool Failures & Unnecessary Trips An operator faced significant challenges while drilling an 8.5-inch hole section. Frequent tool failures caused by downhole vibrations and tight spots that compromised hole cleaning necessitated additional wiper trips. These issues complicated the drilling process, resulting in the need for multiple runs to complete the section, threatening to extend […]
![](https://src.corva.ai/wp-content/uploads/2024/06/Improve-Drilling-Efficiency-Through-Combination.webp)
Collaboration
Drilling
Improve Drilling Efficiency Through Combination of Physical and Digital Tools
Reduce Risk & Cut Costs An operator in Algeria faced significant challenges caused by downhole vibrations, deteriorating hole conditions, and stuck pipe events. These issues extended the time needed for circulating and reaming, increasing operational costs and risks. Key Results & Value Delivered To tackle these challenges, a combination of advanced physical and digital tools […]
![](https://src.corva.ai/wp-content/uploads/2024/06/12.25-inch-Hole-Section-Optimizing-Tripping-Operations.webp)
Collaboration
Drilling
12.25-inch Hole Section: Optimizing Tripping Operations and Weight-to-Weight Time
Reduce Runs & Cut Costs An operator faced significant challenges while drilling a 12.25-inch hole section. The project was hindered by frequent tool failures due to severe downhole vibrations, which led to numerous operational delays. Additionally, tight spots within the hole caused inadequate hole cleaning, necessitating additional wiper trips. These complications resulted in the need […]
![](https://src.corva.ai/wp-content/uploads/2024/06/Optimized-ROP-and-time-16-inch-hole-Algeria.webp)
Collaboration
Drilling
16-inch Hole Section: Optimizing ROP and Weight-to-Weight Times
Increase ROP & Reduce Drilling Time An operator encountered significant challenges while drilling a 16-inch hole section. Plagued by low ROP and extended drilling times, leading to increased operational costs and delays. Additionally, harsh downhole conditions resulted in frequent tool failures and inefficient hole cleaning, which necessitated multiple runs, further complicating the drilling process. These […]
![](https://src.corva.ai/wp-content/uploads/2024/06/Case-Study-Thumbnail_Predictive-Drilling-v2_AI-Powered-Closed-Loop-Automation-Boosts-ROP-v2_AI-Powered-Closed-Loop-Automation-Boosts-ROP-v2-1.webp)
Predictive Drilling
Predictive Drilling Delivers Better Performance and $250k per Well Cost Savings in the Permian Basin
Leveraging Corva’s Predictive Drilling solution, an Operator in the Permian Basin saved $250,000 per well and improved drilling performance.