Reducing Risks through Seismic Inversion and Comprehensive Prospectivity Analysis

Summary The field illustrated here produces from a clastic reservoir. This reservoir’s varying thickness and lateral heterogeneity pose significant challenges, which are being addressed through pre-stack seismic inversion and machine learning-driven reservoir characterization. A prospectivity analysis, incorporating VP/VS ratio, sand thickness from supervised classification, and high-quality reservoir zones from unsupervised clustering, is proposed to target optimal drilling locations. Additionally, a multi-seed stochastic approach is used to handle uncertainties, mitigating risk.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.3997/2214-4609.2025642037
Primary Topic
Reservoir Engineering and Simulation Methods
Type
article
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article

Reducing Risks through Seismic Inversion and Comprehensive Prospectivity Analysis

R. Baillet, Nathalie Lucet, V. I. Thomas, Nicolas Desgoutte
Reservoir Engineering and Simulation Methods
article

Reducing Risks through Seismic Inversion and Comprehensive Prospectivity Analysis

R. Baillet, Nathalie Lucet, V. I. Thomas, Nicolas Desgoutte
article en

Abstract

Summary The field illustrated here produces from a clastic reservoir. This reservoir’s varying thickness and lateral heterogeneity pose significant challenges, which are being addressed through pre-stack seismic inversion and machine learning-driven reservoir characterization. A prospectivity analysis, incorporating VP/VS ratio, sand thickness from supervised classification, and high-quality reservoir zones from unsupervised clustering, is proposed to target optimal drilling locations. Additionally, a multi-seed stochastic approach is used to handle uncertainties, mitigating risk.

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Reservoir Engineering and Simulation Methods
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