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Ocean Bottom Seismic Processing

Maximize the value your multicomponent data

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Our ocean-bottom seismic processing technology consists of a comprehensive array of algorithms and workflows that maximize the value of your multicomponent data—whether traditional 2C/PZ data from an ocean bottom cable or PS data from mode-converted shear waves.

Presenter giving a speech to a crowd with seismic data in the background

Ocean Bottom Seismic Processing Offerings

Azimuthal Anisotropic Analysis
Multicomponent solutions for defining fractured reservoirs
Detect, quantify, and compensate for azimuthal anisotropy to help determine fracture density and orientation.
PZ Processing and Imaging
Seafloor recording for enhanced demultiple and unusual acquisition geometries
Improve PZ summation and reduce the receiver ghost and free surface-multiple noise contamination.
Multicomponent Applications
Ocean bottom seismic data applications for resolving seismic and geological challenges
Reduce the risks involved in reservoir development, routinely extending the use of seismic data into the reservoir domain.
Multicomponent Interpretation and Event Registration
Techniques for understanding similarities and differences between PP and PS data
Fully maximize multicomponent data by combining the results and interpretations from both conventional and shear or converted wave.
Multicomponent Adaptive Noise Elimination
Prestack noise attenuation method for enhancing signal-to-noise ratio
Improve the signal-to-noise ratio of multicomponent data with an application-specific prestack noise attenuation method.
Joint PP-PS Inversion
Flexible joint inversion scheme for shear-wave data
Improve confidence by combining a range of P-wave and S-wave data for different inversion goals.

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