Reservoir insights

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Transform complex simulation data into actionable decisions with intelligent model interrogation.

Overview

Tela in Petrel software helps subsurface professionals navigate complex projects, access trusted knowledge, and interrogate data through natural language interaction. By combining AI-driven assistance with contextual subsurface expertise, Tela enables users to work more efficiently and uncover insights faster.

Challenges

• Reservoir analysis workflows can be complex and time-consuming.
• Critical information is often buried within extensive documentation.
• Extracting insights from large ensembles of simulation results requires significant effort.
• Querying and analyzing simulation outputs in real time can be difficult and inefficient.
• Translating business or engineering questions into model analysis workflows can be challenging.

Solution

• Provide in-context guidance using Petrel software and simulator documentation.
• Enable natural language access to simulation results and reservoir models.
• Understand and analyze outputs across large simulation ensembles.
• Translate user questions into mathematical concepts and model-based queries.
• Allow users to define custom instructions for extracting insights across multiple simulation models.

Features

• Context-aware guidance: Leverages Petrel software and simulator documentation to provide precise, situation-specific answers.
• Natural language interaction: Simplifies complex queries into intuitive conversations, reducing technical barriers.
• Customizable data extraction: Enables users to define instructions for extracting tailored insights from multiple simulation models.

Benefits

• Smart documentation navigation: Instantly locate relevant guidance without searching through extensive manuals and documentation.
• Real-time insights and visualization: Query simulation outputs dynamically and visualize results on demand.
• Intelligent model interrogation: Ask complex questions and receive actionable answers derived from simulation ensembles.
• Accelerated decision-making: Reduce the time required to analyze simulation results and identify key reservoir insights.