Tackling Technological Integration in Drilling Operations:

Facilitator: Tyler Shoultz (Drilling Engineer - Chord Energy)

Event Location: Houston

Key Takeaways:

This episode of Behind the Drawworks delves into the intricacies of maintaining stability while drilling, the economic considerations of U-turns in drilling operations, and the impact of remote operation centers. Additionally, it highlights the challenges and advancements in technology integration, data automation, and the persistent divide between drilling and completion teams.

Expanding on Key Details:

Balancing Stability and Economics in Drilling:

The episode opens with an in-depth discussion on maintaining stability while making sharp turns in the drilling process, particularly in U-turns that can reach as tight as twelve or thirteen degrees. This involves dealing with significant weight transfer and ensuring that the changes do not adversely affect the overall pipe behavior. Operators must carefully evaluate the economic uplift associated with these complex turns versus the potential cost implications for the entire project.

Advancements in Remote Operation Centers:

The discussion extends to the impact of remote operation centers in making last-minute decisions based on real-time drilling data. This technology enables operators to adapt quickly to changing conditions and ensures that any deviations from the plan can be swiftly addressed without compromising safety or efficiency. These centers play a crucial role in optimizing drilling operations, as they allow for more effective communication and quicker decision-making processes.

Data Automation and Technology Integration:

Data automation, using advanced tools such as Spotfire, was highlighted as a necessary evolution. The integration of these tools into routine operations reduces the manual workload, minimizes human error, and provides accurate data for better decision-making. However, the complexity and variability of AI-based solutions mean that a dedicated team is often required to handle these technologies.

Drilling and Completion: A Persistent Divide:

A significant portion of the episode addresses the disconnect and miscommunication between drilling and completion teams. This lack of cohesion can lead to inefficiencies, where one team’s decisions negatively impact the other's operations. By emphasizing better understanding and coordination, the episode underscores the need for an integrated approach where the focus is on the long-term success of the entire operation rather than immediate returns.

Feasibility of Extended Reach Laterals:

The panel discussed the feasibility and challenges of U-turn laterals extending up to four miles. With a measured depth requirement of 33,000 feet, these extended laterals push the boundaries of current technology. They also discussed the magnetic interference in east-west wells and the benefits of rotary steerable systems, which minimize the need for sliding and promote more efficient drilling with fewer microdog legs.

Impact of Technology Investment and Market Competition:

The competitive nature of the oil industry necessitates constant technological advancement. Companies that fail to innovate risk becoming obsolete. The episode mentions successful implementation of new technologies, like cementing skids, which have proven beneficial in improving operational efficiency and reducing costs. However, there remains skepticism and resistance within some companies, highlighting the industry's cautious approach towards change.

Conclusion:

Impact on Industry and Operations:

The discussed topics have far-reaching implications for the oil industry. As operators strive to balance technological advancements with economic feasibility, the importance of integrating data automation and improving communication between drilling and completion teams cannot be overstated.?

Practices to Implement:

1. Real-Time Data Utilization: Investing in remote operation centers to ensure real-time data is used for swift decision-making.

2. Dedicated Technology Teams: Establish teams specifically focused on managing AI-based solutions and data automation tools to handle complexities efficiently.

3. Enhanced Coordination: Foster better communication between drilling and completion teams to avoid operational disconnects and improve overall project efficiency.

4. Continuous Innovation: Encourage a culture of continuous technological adoption and adaptation to maintain competitive edge and operational excellence.

5. Benchmarking and Cost Analysis: Implement robust benchmarking practices to ensure accurate cost analysis and economic feasibility of new technologies without solely relying on after-finalization data.

By addressing these practices, the industry can move towards more efficient, cost-effective, and technologically advanced operations, ultimately benefiting the entire spectrum of drilling and completions.

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