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4D seismic history matching

The ResX 4D module offers a seismic history-matching workflow that helps improve the value of 4D data for reservoir characterization. Its flexibility and compatibility with third-party components make it a standout solution.

The ResX 4D module is uniquely flexible, adapts to the specifics of each project, and is open to third-party components. By conditioning on 4D seismic data, users can generate more comprehensive ensemble models, and narrow the uncertainty span of the reservoir details. This can help in the generation of more targeted ensembles where the realizations already honor the dynamic shift in the reservoir between base and monitor surveys. This leads to a better understanding of reservoir connectivity, e.g., the location and nature of flow barriers, and the volumes of bypassed hydrocarbons.

Spotlight

4D seismic assisted history matching using ensemble-based methods

Enhancing understanding of the reservoir utilizing 4D seismic data

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Qualitative use of 4D seismic data
ResX 4D Seismic can help to quickly identify areas of interest by performing statistical and visual analysis
Infographic displaying ResX's ability to adopt the matching data and model domain best adapted to the project's objectives.
ResX provides the ability to adopt the matching data and model domain best adapted to the project’s objectives

Tested and validated on existing fields

The Res X 4D module helps support better decision-making with ensembles that are consistent with static, production, and 4D seismic data.

The module offers full flexibility for teams to adopt the most suitable data and model domains aligned with project objectives. It combines powerful qualitative tools, such as advanced visualization and statistical analysis, to identify key areas of interest across 2D surfaces and 3D properties.

Teams can also effectively capture uncertainty using the module’s quantitative outputs that align with static production data and 4D seismic data. This allows for quantifications of risk associated with decisions based on the 4D seismic data.

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