RML-InterWell provides the ability to include geologic constraints in seismic inversion thanks to the integration of geomodeling technology with advanced inversion algorithms.
Seismic inversion techniques are widely used as the first step in seismic reservoir characterization. They
produce images of the reservoir with increased resolution and significantly reduced noise. Structural and stratigraphic data are an efficient means for constraining the inversion process, generating geologically consistent impedance distributions, which in turn are particularly well adapted for inferring further reservoir properties from seismic, using seismic facies analysis or quantitative reservoir property estimations.
RML-InterWell takes advantage of the most recent geomodeling concepts to generate optimized impedance volumes that integrate reservoir structure (whatever the fault network) and stratigraphy.
The inversion approach implemented in RMLInterWell has the unique ability of weighing the relative confidence you have in the seismic data and the geology (well data). This approach ensures that only reliable information is incorporated into the inversion results, and prevents the introduction of seismic noise into final impedance models.
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