Published: 07/08/2025
Published: 07/08/2025
As the well construction landscape evolves, efficiently analyzing and interpreting drilling data is crucial to optimizing operations and mitigating risks. Diving deeper Techlog, this blog explores how Techlog drilling interpretation leverages aspects of automation and integration to offer a comprehensive solution for both small and large-scale deployments.
Techlog drilling interpretation brings automation capabilities, simplifying complex workflows and reducing the need for manual intervention. Unlike traditional systems that require extensive manual data input and threshold adjustments at various stages, this tool automates many workflow steps. These include hydraulic simulations, state activity segmentation, and mechanical performance evaluations. This automation not only saves time by minimizing the need for expert user intervention but also ensures consistency and accuracy in data interpretation.
For instance, automated workflows allow users to quickly generate reports and plots, such as torque and drag analyses, without manual input at every step. This feature is particularly valuable for drilling engineers who need to focus on strategic decision-making rather than data processing. By automating these tasks, engineers can concentrate on improving drilling performance and avoiding potential issues.
Integration is another key strength of Techlog drilling interpretation, providing the ability to connect with a wide variety of data sources. As a vendor-agnostic tool, Techlog drilling interpretation can pull data from a wide array of formats and systems, including WITSML servers, LAS files, and DLIS files. If a specific data source is not supported out-of-the-box, users can also use Python scripting to create connectors and pull data from virtually any source. This flexibility ensures that users can access and analyze data from multiple sources without being restricted to a single vendor's ecosystem.
Techlog drilling interpretation's integration capabilities also extend to custom workflows and processing through Python scripting. This enables users to tailor the tool to their specific needs, whether it's creating additional data channels or developing complex models for real-time or historical data analysis. The ability to customize and extend Techlog drilling interpretation's functionality makes it a versatile tool for drilling engineers looking to optimize their organization’s unique operations.
Designed to complement real-time monitoring solutions, Techlog drilling interpretation offers a deep dive into data analysis that goes beyond surface-level insights. While real-time tools like DrillOps™ intelligent well delivery and insights solutions provide immediate surveillance and alarms, Techlog drilling interpretation also allows engineers to step back and conduct in-depth post-event analysis. This capability is crucial for understanding precisely what happened during drilling operations and identifying areas for improvement.
For example, by producing a digital twin model Techlog drilling interpretation can provide a virtual representation of drilling operations, enabling engineers to simulate and plan future activities with greater precision. This method is particularly beneficial for risk mitigation, allowing users to monitor well balance volumes and prevent issues such as stuck pipe incidents. With the option to integrate real-time data with historical insights, Techlog drilling interpretation offers a comprehensive view of drilling performance, helping engineers make informed decisions.
The versatility of Techlog drilling interpretation makes it suitable for both smaller and large-scale deployments. For subject matter experts (SMEs), Techlog drilling interpretation serves as a powerful toolbox that can be easily deployed on-premises, offering the flexibility to run anywhere with or without cloud constraints. This is particularly advantageous for operations in remote locations where connectivity may be limited.
On the other hand, the solution’s multi-well capabilities make it ideal for large enterprises looking to analyze data across multiple wells simultaneously. The tool's ability to handle complex computations and workflows ensures that even the most demanding operations can be managed efficiently.
Techlog drilling interpretation is more than just a data analysis tool; it's a catalyst for innovation in the energy sector. By harnessing the power of automation and integration, Techlog drilling interpretation empowers drilling engineers to unlock new levels of efficiency and insight. Whether you're a small or a large enterprise, Techlog drilling interpretation offers the tools you need to optimize your drilling operations and drive progress toward an efficient, balanced energy future.
As the industry continues to evolve, Techlog drilling interpretation remains at the forefront, providing the solutions needed to meet the complex challenges of today and tomorrow.
Bertrand Chevallier
Bertrand Chevallier is the domain champion and product owner for Techlog™ drilling interpretation at SLB. With 24 years of experience in the oil and gas industry, Bertrand has established himself as a technical expert. He began his career as a mud logging geologist in Europe and has since advanced through various roles, including real-time optimization engineer and domain champion. Bertrand's journey with SLB has taken him to several locations across Asia Pacific, the Middle East, and finally back to France, where he is currently based at the Montpellier Technology Product Centre.
