Reservoirs

AI-powered reservoir modeling

Running millions of simulations of a reservoir’s physical characteristics and behavior when drilled allows us to create more accurate predictions. 

data fusion

Terra AI assimilates reservoir data—including geophysical measurements, well logs, well test and pressure data—to update reservoir models and quantify subsurface uncertainty.

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Reservoir Modeling & Prediction

Terra AI employs AI-driven surrogate models to replicate reservoir simulations at a fraction of the cost—up to 100,000 times faster than conventional simulators—enabling us to investigate millions of development scenarios in just minutes

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Smart Decision Making

By integrating Data Fusion and Fast Prediction, Terra AI optimizes critical decisions such as well placement and the design of data acquisition strategies to reduce uncertainty. Our technology specializes in making extremely safe decisions—minimizing risks like leakage and seismicity—while also optimizing operational costs to enhance profit margins in low-carbon business applications

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Monitoring

Terra AI uses advanced AI to design cost-efficient monitoring systems for CCS and geothermal projects, ensuring extremely high standards of safety

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+20%

Higher effective well flow rates

+95%

Mitigation of leak and seismicity risk

-70%

Reduction in seismic monitoring and mitigation costs

Applications at every stage

Characterization

Assess a broader range of geological uncertainty and project risk with precision.

Full-Data Inversion

Create uncertainty-aware reservoir models from seismic survey, well tests, production histories, and any other available data to minimize uncertainty and capture potential risks before they’re realized.

Intelligence Beyond Geostatistics

Build reservoir models that capture uncertainty over faults, channels, and other features that conventional geostatistics cannot capture.

Direct Economic Sensitivity

Advanced simulation can predict field performance from large uncertainty models, allowing direct prediction of performance and other risks stemming from geological uncertainty.

Field Development

Design dynamic field development plans that maximize production while meeting strict safety requirements.

Dynamic Development

Continually update reservoir models during field development so each well drilled improves the performance of the next.

Risk Mitigation

Optimize field plans to maximize economic objectives, ensure safety and meet logistical constraints.

Robust forecasting

Continually predict field design performance over a wide range of geological modes, providing insights into the range of expected design performance.

Operation & Monitoring

Assure safety with greater confidence and fewer disruptive tests.

Predictive Risk Forecasting

Robust geological uncertainty modeling combined with accelerated reservoir simulation enables flow and seismicity to be predicted with high confidence from a wide range of geological models.

Targeted Measurement

Using flow predictions over a wide range of models, AI agents can target measurements to areas of high uncertainty and risk - enabling high safety margins to be met with significantly less measurement.

Verifiable Assurances

Develop robust statistical guarantees for safety that can be verified by your existing simulation workflows by running simulations over millions of reservoir models.

Dig deeper

Come see the future of subsurface exploration

© 2025 All rights reserved

© 2025 All rights reserved

© 2025 All rights reserved