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LIthology Characterization and Modeling

Complete consulting services in lithology characterization and modeling, from quality control of seismic processing to high-resolution geologic models
Seismic processing quality control

Interact with seismic data processor on behalf of the client to make sure processing goals are achieved.


Petrophysics and rock physics analysis

Full petrophysical modeling or QC of existing results. Advanced multimineral analysis. Detailed rock physics analysis of elastic response at log scale from vertical and horizontal wells.


Prestack data preconditioning

Basin enhancement of prestack data in preparation for AVO analysis and prestack inversion. QC preconditioning results with synthetic models


Spectral decomposition

CWT (Continuous Wavelet Transform) and DFT (Discrete Fourier Transform) based spectral decomposition for frequency enhancement. Analysis of spectral decomposition results for porosity, fluid, and stratigraphic mapping.


Seismic interpretation

Horizon and fault interpretation from 2D and 3D seismic data. Specialized in consistent horizon interpretation from multicomponent data.


Seismic inversion

Poststack and prestack, conventional and multicomponent. Inversion workflows tailored to specific needs calibrated to vertical and horizontal wells.


Velocity modeling and time-depth conversion

Surface modeling based on interpreted horizons. Construction of 3D velocity models based on time-depth pairs, surfaces, and well tops from few to hundreds of wells, including horizontals. Time-depth conversion of seismic derived information. "Depth-depth" rescaling modeling and conversions for depth migrated data to honor well tops


Facies probability analysis and error estimation

Facies mapping based on inversion or spectral decomposition results from conventional and/or multicomponent data. Estimation of reliability based on log derived facies indicators. Use facies data from wells with any trajectory (vertical, deviated, or horizontal).


Seismic constrained geological modeling

Construction of geologic grids based on horizons and faults. Monte Carlos and stochastic facies modeling constrained by seismic facies probabilities. Porosity and permeability modeling based on facies distribution. Upscale to flow simulation.



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