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A selection of North Sea well paths intersecting a High Definition Frequency Decomposition RGB colour blend.

A GIANT LEAP IN SUBSURFACE UNDERSTANDING

 

The next game-changer in AI seismic interpretation is here. Building on Geoteric 's world-class AI Faults and AI Horizons,  AI Geological Features is the next break through in subsurface imaging and interpretation. Geoteric AI accurately maps complex geological formations to reduce drilling risks, identify untapped reserves and, increase production in existing fields. By enabling fast detection of injectites, salts, karsts, channels, and more, AI - guided by geoscientists - optimizes well placement, enhances recovery, and reduces operational costs.

 

 

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INJECTITES

 

Injectites are considered to be attractive hydrocarbon targets. However, they are complex and form irregular, sub-seismic geomorphological shapes. Now, Geoteric AI rapidly detects and extracts  these features for improved Gross Rock Volume (GRV) accuracy, quantitative reservoir modelling and subsequent fluid simulation.

 

 

 

SALT

 

Salt bodies not only influence the geology of subsurface hydrocarbon systems, they also have an impact on drilling operations and pose a significant challenge to seismic imaging and processing. Now, Geoteric AI quickly and accurately delineates salt bodies so that geoscientists can identify traps and closures with confidence, improving the outcome and speed of exploration and production projects.

 

 

 

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KARSTS

 

Karst identification in seismic data can be particularly challenging. Geoscientists typically work with 2D views of the data, making the  complex 3D structure of a Karst hard to delineate. Geoteric AI examines the data from all angles, providing the best possible 3D analysis and revealing the irregular nature of the feature for more accurate volumetric calculations.

 

 

 

 

CHANNELS

 

Identifying channel structures, that often appear as meandering shapes in 3D seismic images, is challenging using manual methods. Geoteric AI, in combination with our industry-leading High Definition Frequency Decomposition (HDFD) and blending tools, is transformative in this process; channels are quickly detected to reveal the movement and deposition of sediments, directly impacting reservoir quality and fluid flow.

 

 

 

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Book a Demo

 

Whether you’re looking to enhance your traditional workflow or focus your accuracy, you can explore the capabilities of our AI seismic interpretation software by booking a free demo.

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Get in touch

 

Unsure of where to start with machine learning interpretation? Feel free to get in touch with our team, and we’d be happy to advise the best demo for you.

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