أخبار

Halliburton and Eni have achieved a major milestone in offshore drilling automation by completing what the companies describe as the industry’s first integrated closed-loop rig automation and managed pressure drilling (MPD) deployment on a deepwater exploration well offshore Indonesia.

The project represents a significant advancement in automated well construction technology, bringing together surface rig equipment, automated well placement, downhole hydraulics, and pressure management systems into a unified control environment. The deployment marks the first application of Halliburton’s integrated automation solution of this type in the Asia-Pacific region.

The collaboration combines Halliburton’s LOGIX™ automation technology with advanced MPD capabilities to create a closed-loop drilling workflow designed for complex deepwater environments. By integrating traditionally separate drilling functions into a single automated system, the solution enables faster decision-making, improved process consistency, and enhanced control over challenging well conditions.

Deepwater drilling operations often involve narrow pressure margins, complex geological formations, and significant operational risks. Traditional drilling approaches require continuous manual adjustments from multiple teams to maintain stability and optimize performance. Halliburton’s integrated automation approach is designed to reduce these challenges by connecting drilling execution, pressure control, and real-time operational data within one coordinated platform.

According to Halliburton, the LOGIX Orchestration service managed drilling and tripping operations through a unified workflow, reducing the separation between drilling activities and pressure management decisions. The integrated system helped operators maintain well control while improving efficiency throughout the drilling process.

The companies reported that the automated workflow increased drilling efficiency by more than 15% while maintaining pressure stability during the deepwater operation. The result demonstrates the potential of real-time drilling automation to improve performance in offshore exploration projects where precision and reliability are critical.

“When we integrate rig automation with MPD, we close a critical gap and give operators better control, consistency and performance in complex wells,” said Jim Collins, vice president of Sperry Drilling at Halliburton. The company stated that the successful deployment demonstrates how automated drilling technologies can be scaled for increasingly demanding offshore environments.

The project combines Eni’s offshore operational expertise with Halliburton’s drilling automation capabilities, connecting drill floor controls, subsurface automation, and pressure management into a single operating framework. This approach reflects a broader industry movement toward intelligent drilling systems that reduce manual intervention while improving operational visibility.

The oil and gas sector has been investing heavily in digital oilfield technologies, including automation platforms, advanced analytics, and autonomous decision-support systems. As offshore developments move into deeper waters and more technically challenging reservoirs, operators are increasingly looking for technologies that can improve safety, reduce non-productive time, and optimize resource utilization.

Closed-loop automation represents an important evolution from traditional drilling decision-support tools. Instead of simply providing recommendations to operators, advanced systems can continuously analyze operational conditions and automatically adjust drilling parameters based on predefined control strategies.

The Halliburton and Eni deployment highlights the growing role of autonomous drilling operations in the future of offshore energy production. By combining automation software, equipment control, and real-time data processing, operators can move closer to achieving safer and more efficient well construction processes.

The Asia-Pacific region is expected to see continued growth in offshore exploration activities, increasing demand for advanced drilling technologies that can manage complex geological environments. Successful implementations such as this project may accelerate adoption of integrated automation solutions across future deepwater developments.

As energy companies continue to modernize their operations, the integration of automation, artificial intelligence, and digital engineering will become increasingly important. Closed-loop drilling systems provide a foundation for the next generation of offshore operations, where intelligent technologies support faster decisions, improved reliability, and more predictable production outcomes.

Written by: Jonathan Reeves
Jonathan Reeves is an industrial automation and energy technology analyst with more than 13 years of experience covering offshore engineering, drilling automation, and digital transformation solutions. His work focuses on the intersection of automation systems, operational intelligence, and next-generation oil and gas technologies.