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S-Cube delivering breakthrough Full Waveform Inversion capability

Use XWITM to gain a step-change in the resolution of your seismic velocity model

XWI

XWI Model

  • XWITM is a fully automated data-in model-out technique - surpassing conventional processing and conventional FWI for velocity model building. 
  • The toolbox integrates AWITM, ATV and RWI with FWI to gain a considerable edge over codes applying industry-standard FWI alone.

Case Studies

A set of completed projects comparing the resolution achieved by AWITM relative to standard velocity model building techniques.

Chevron

Chevron Data

Starting from a 1D model, AWITM was able to achieve a broad-band inversion of reflection dominated data without the need for tomography.

See the model evolution

Statoil

Statoil Data

Starting from a 1D model, AWITM was able to avoid cycle-skipped miscovergence and resolve a gas anomaly overlying a North Sea target reservoir. 

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Woodside

Woodside Data

Starting from a featureless model, Woodside could successfully identify an untapped low velocity gas prospect thanks to S-Cube AWITM.

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Woodside Future Lab

Woodside FutureLab

Woodside discusses S-Cube FWI technology and its application in Myanmar. 

Read the SEG 2017 abstract

Industry Awards and Measures of Esteem

Academic founders internationally recognized as leaders in the field

Distinguished Awards

 

Award for Adaptive Waveform Inversion

2015 Guido Bonarelli Award

 

Award for advances in Full Waveform Inversion

2013 Best Paper in Geophysics

 

Key Presentations

 

Woodside AWI deployment in Myanmar

Full-bandwidth adaptive waveform inversion at the reservoir (2017)

 

Statoil AWI deployment in the North Sea

Imaging Beneath a Gas Cloud in the North Sea without Conventional Tomography (2017)

S-Cube Cloud

Try S-Cube Cloud with your Seismic Data

Zero-management cloud HPC platform built around Full Waveform Inversion

Launch cloud-optimised XWITM clusters in minutes

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