Projects enhanced by Geoteric

An asset that was under appraisal and operated by Ithaca Energy, underwent an extended well test (EWT) to gain a better understanding of the productivity and characteristics of the reservoir. The EWT ...

Multi azimuth (MAZ) and angle stack seismic data is impossible to interpret manually, quickly and without imparting any human bias. In just two weeks, Geoteric AI Fault Interpretation delivered a ...

bpx required a more detailed and accurate interpretation of fault networks in their assets located in the Eagle Ford and Permian basins to make economical and environmental improvements.

In challenging, noisy seismic data that’s synonymous with this geology, energy companies require a 3D solution to visualise the 3D structural complexities of the subsurface in order to understand ...

This study shows how techniques used in deep hydrocarbon reservoir characterisation can be transferred and applied in offshore wind farm design and planning to identify shallow geohazards. And, ...

Submarine flows such as turbidity currents are notoriously difficult and time consuming to interpret manually. While upper and base events are normally well defined in seismic data, their internal ...

AI is a game-changer/step change in the way in which subsurface workflows can be optimised. These state-of-the-art tools are being utilised to understand the suitability of storage sites for use in ...

In the offshore environment, geophysical site surveys are a crucial requirement before the installation of subsea infrastructure. Understanding the seabed and shallow subsurface conditions is ...

There is no doubt that Artificial Intelligence (AI) has a significant future in the energy business, whether it be in oil and gas or the renewables sectors. The need for a quick, accurate and ...

It is not uncommon for wells to be shut-in or sidetracked due to unforeseen complications.  We wanted to know if our AI Fault Interpretation Service could be used in a “real-life” scenario to reveal ...

The Canning Basin has undergone several phases of tectonic deformation, which has led to it becoming a complex structural setting, difficult to understand. It’s crucial to understand the regional ...

A detailed shallow hazard assessment reveals the possible constraints from man-made and geological features, to ensure appropriate mitigation practices are identified and adopted. The Browse Basin is ...

Extending asset life, maximising productivity and reducing unplanned shutdowns remains a top priority for operators. To transform their asset understanding and performance, Aker BP wanted to know if ...

Effective deepwater exploration and development has made it possible to access new hydrocarbon reserves. Despite the potentially high risk and high cost, successful developments can offer significant ...

As infrastructure continues to be maximized extending field life, under explored or underdeveloped areas such as fractured basements are being revisited. Effective assessment and understanding of the ...

Manual fault interpretation is particularly challenging when the fault throw is close to seismic resolution.  A comprehensive and time intensive interpretation of crosslines, inlines and arbitrary ...

Seismic response and amplitude can vary at discovery and appraisal locations. To effectively asses possible reserves, it is crucial to understand what causes colour variations and test what amplitude ...

Although seismic processing continues to advance, imaging subsalt structures still presents a challenge . With new licence rounds opening in regions such as offshore Brazil, the potential prize for ...

The Main Pass Area is currently under brown field development and production, there is also associated infrastructure-led exploration.  Given these circumstances, the need to extract new insightful ...

Accurate, high-resolution reservoir models are critical to a better understanding of the reservoir heterogeneity for enhanced oil recovery. The Stybarrow field is located in the Exmouth ...