Effortless Data Processing and Interpretation
DrillPlan by Schlumberger offers a revolutionary solution for wellbore petrophysics, allowing users to effortlessly coordinate automated and enhanced algorithm pipelines. This streamlined process enables the processing and interpretation of well data with unparalleled efficiency. The platform's scalability is a key strength, capable of handling data volumes of any magnitude while maintaining rapid delivery of results. By leveraging Techlog domain workflows, DrillPlan ensures that scientific depth is integrated seamlessly into its workflows.
Cloud-Based Applications for Enhanced Decision-Making
DrillPlan's cloud-based applications are designed to automate log quality assurance, conditioning, and interpretation, accelerating the acquisition of subsurface knowledge. Users can make better decisions by leveraging tailored domain workflows that cater to the interpretation needs of diverse environments, whether it involves open or cased holes. The platform supports standard and advanced logs for both multi-well and single-well evaluations, with rigorous validation through a range of QC tools. Additionally, DrillPlan offers a comprehensive suite of rock typing and log reconstruction modules for enriched analysis options.
Enhancing Interpretation Efficiency
DrillPlan's Parameter Augmented Learning feature tracks interpretation parameter lineage, providing automated guidance for parameter optimization. This functionality empowers geoscientists to fast-track the interpretation of new data or review previous results based on validated interpretation knowledge. By accessing past experiences and accomplishments, users can gain comprehensive insights, accelerate the initialization of formation evaluation workflows, and increase the efficiency of future interpretations.
Collaborative Data Exploration and Sharing
The integration of OSDU™ Data Platform with DrillPlan enables users to share interpretation results and collaborate effectively. Through this platform, interpretation parameters can be targeted for well analysis, facilitating faster model creation aligned with previous results. The OSDU™ Data Platform enhances the efficiency of future interpretations and accelerates decision-making by streamlining collaborative efforts.
Empowering Decision-Making with AI/ML Algorithms
DrillPlan's wellbore interpretation feature represents a groundbreaking method for leveraging wellbore data with advanced AI/ML algorithms. This functionality enables 2D/3D contextualization, granting access to data from the entire basin. By automating log and marker conditioning using cloud-based machine learning algorithms, DrillPlan facilitates seamless collaboration and data flow with tools like Techlog and Petrel. The interactive and adaptable environment offered by DrillPlan ensures rapid decision-making on both wellbore and field scales, empowering interpreters to focus on high-value tasks.
Revolutionizing Lithologic Evaluation with BatchElan
DrillPlan's BatchElan feature leverages the capabilities of elastic cloud computing to deliver detailed and complex lithologic qualitative evaluations. By handling multiple mineral inversion models across various wells and interpretation zones, BatchElan reduces turnaround time significantly, from hours to minutes. This innovative tool mitigates uncertainty, enhances decision-making processes, and empowers users to make informed choices with a higher degree of confidence. Anchored on the OSDU™ Data Platform and cloud computing capabilities, BatchElan revolutionizes lithologic evaluations in the wellbore petrophysics domain.