Established 1998 - Celebrating 24 years of operations
Get the Clear Picture with GeoEnergy.

Since 1998, GeoEnergy has brought its broad range of expertise in mathematics and geosciences to bear on the toughest problems in seismic data processing.

We do every job, big or small, with personalized and careful attention to detail.

From design of data acquisition surveys all the way to reservoir characterization, we combine conventional processing workflows with our distinctive algorithms to provide clear results when and where you need them most.

Our services include:

  • modeling and survey planning
  • complete seismic time processing and seimic pre-stack time migration
  • depth velocity building and seismic pre-stack depth migration in isotropic, VTI, TTI, orthorhombic media
  • petrophysical characterization
  • seismic pre-stack elastic waveform inversion
  • pore pressure estimation
  • geomechanical property estimation
Delaware Basin / West Kermit 3D processing and pre-stack depth migration
A display of GeoEnergy's processing acumen

Delaware Basin / West Kermit 3D processing and pre-stack depth migration PDF
Delaware Basin / West Kermit 3D processing and pre-stack depth migration

The objective
Use depth imaging results to:
  • plan well(s) and support geosteering
  • augment horizontal well completion design
  • assess and rank leasehold reservoir and structural risk
The challenges
The West Kermit 3D survey exhibited the following challenges:
  • A near-surface low velocity fill.
  • A plethora of interbed multiple reflections.
  • Large lateral velocity variations.
Our approach
In the Delaware Basin, accuracy and detail is achieved through:
  • A detailed and methodical first arrival work including:
    • a significant number of picked first arrival traveltimes
    • a three-stage simultaneous first arrival non-linear traveltime tomography and traveltime outlier rejection
  • Pre-migration gather zero phasing.
  • Detailed horizon-based pre-stack time migration velocity picking
  • Creation of a starting anisotropic velocity model using the PSTM migration RMS velocity and few of the available well log velocities from surface to 5,000 feet below mean sea level.
  • Iterative tomographic velocity model refinement with progressive vertical and spatial resolution refinements.
Our results
Our client was able to use the pre-stack depth imaging and seismic inversion volumes for:
  • Well planning:
    • Depth to the target top/base and location/size of faults
    • Reservoir quality changes and thickness
    • Potential stress barriers
  • Well completion:
    • Seismic fault locations used to design hydraulic fracture stages
  • Land management:
    • Assess reservoir and structural risk to prioritize leases for drilling

With InverSeis™ you´ll have a clear idea where your prospects lie.

InverSeis™ can:

  • Work directly on non-NMO-correct gathers
  • Handle primaries and multiples
  • Offer a complete elastic solution including Vp, Vs and density
  • Provide robust separation of lithology and fluid

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nDenoise™ preserves your data while adaptively removing noise, leaving the clear signal you need for interpretation and further processing.

Working from pre-stack, post-stack and even 4D data, nDenoise™ can effectively attenuate a wide variety of noises, including:

  • Multiples
  • Swell noise, ground roll, shot-generated noise
  • Migration and other processing artifacts

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GAWave´s industry-leading accuracy and efficiency ensure that you´ll get the clear results you need.

Capabilities and applications include:

  • Large model capacity
  • Wide bandwidth with full accuracy
  • Real-world surface topography from any digital terrain model
  • Imaging

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SpecB™ sophisticated algorithms broaden the spectrum of your seismic data while leaving amplitudes intact, giving you a clear advantage in interpretation.

SpecB™ can:

  • Reveal small-scale faults
  • Provide high-resolution data consistent with well log synthetics
  • Improve resolution of acoustic impedance inversion

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