Tela™ agentic-AI assistant for CO₂ post-injection monitoring advisor

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AI-driven seismic monitoring solution for tracking injected CO₂ plume behavior and containment risks.

Overview

CO₂ post-injection monitoring advisor leverages a seismic foundation model and agentic orchestration to automate interpretation of time-lapse seismic data. It accelerates delineation of CO₂ plume boundaries, monitors proximity to faults, wells, and license limits, and supports regulatory compliance through faster, more consistent post-injection analysis compared with manual workflows.

Challenges

• Accurate tracking of injected CO₂ is critical to ensure long-term storage integrity and containment.
• Monitoring plume movement and proximity to subsurface boundaries requires extensive seismic interpretation.
• Traditional workflows rely heavily on manual analysis, making evaluations time-consuming and resource-intensive.
• Manual interpretation can introduce variability and limit the speed of decision-making.
• Regulatory compliance requires continuous monitoring and clear evidence of containment performance.

Solution

• Automate interpretation of time-lapse seismic data using a seismic foundation model.
• Accelerate delineation of CO₂ plume boundaries and movement over time.
• Evaluate proximity to faults, wells, horizons, and license boundaries.
• Enable faster, more cost-effective monitoring through agent-driven workflows.
• Support regulatory compliance with consistent, traceable post-injection analysis.

Features

• Agentic Workflow Orchestration – Leverage orchestrator and ingestion agents to automatically translate user requests into end-to-end workflows, while validating, harmonizing, and preparing data for analysis.
• Seismic Foundation Model Intelligence – Apply foundation-model-based interpretation to identify CO₂ plume boundaries, detect 4D seismic anomalies, and evaluate containment risks with minimal training data.
• Conversational Seismic Analysis – Interact with seismic data through natural language to perform survey exploration, anomaly detection, similarity searches, and automated interpretation workflows.
• Integrated Monitoring Workflows – Combine seismic interpretation, proximity analysis, geobody generation, and containment assessment into a unified monitoring workflow.

Benefits

• Increase Confidence in CO₂ Containment – Continuously monitor plume behavior and proximity to critical subsurface boundaries.
• Accelerate Seismic Interpretation – Reduce analysis time through automated evaluation of 4D seismic data.
• Improve Interpretation Consistency – Enhance understanding of plume evolution while reducing variability associated with manual workflows.
• Support Regulatory Compliance – Generate traceable monitoring outputs, proximity alerts, and containment assessments.
• Enable Better Decision-Making – Visualize plume extent and containment risks to support informed operational and regulatory decisions.