Contract Studies In Quantitative Stratigraphic Prediction

We are now able to predict stratigraphy and lithology at reservoir and exploration scales with previously unattainable accuracy. This was accomplished though the development of a new technology, stratigraphic inverse modeling. With stratigraphic inverse modeling, we can minimize the risk factor in exploration and production drilling by making accurate stratigraphic predictions.

Although the new technology is in its infancy, it is likely to expand rapidly. Currently, we have a 2-D model for siliciclastic continental to shelf environments and a 3-D carbonate model.

We have a 3-D fluvial model nearly complete and are working on a 3-D deepwater (turbidite) model. We seek companies or research sponsors who wish to apply these models to their own exploration, production or research projects. We are interested in leasing models as a means of supporting our continued research and development of stratigraphic inverse models. We also are interested in contracting our services for application of either forward or inverse stratigraphic modeling on company projects, or in training company personnel in this new technology.

How can these models help with production and exploration projects? The models are applied to problems where accurate, high-resolution stratigraphic prediction with calculated uncertainty (risk) is the goal.

Exploration mode Using only a few wells, the models may be used to predict stratigraphy in portions of a basin where well control is lacking and/or seismic reflections are ambiguous indicators of stratigraphic change.

Production mode At the reservoir scale, they may be applied to predict 3-D facies distributions, connectivities and volumes between wells, while matching the geology at the observation wells. They may be coupled with a fluid inverse model to further reduce uncertainty and increase accuracy of predictions. Predicted stratigraphy can be used as input to flow simulation models.

Seismic integration and analysis The simulations are useful in analysis of seismic data by diagnosing facies distributions within a 2-D or 3-D seismic grid that are visualized only as geometries on seismic data. The models are of much higher resolution than seismic images. A correspondence of geometry between the stratigraphic model and the seismic image enhances confidence that the predicted stratigraphy is correct. Predicted stratigraphy may be converted into an impedance model and used to create synthetic seismic profiles.

Basin analysis mode The forward and inverse model pairs may be used to build a basin stratigraphy which is the input for a maturation/migration basin exploration model.

If you are interested in one or more of these possibilities, and/or of learning more about stratigraphic prediction through inverse modeling, please contact me at your convenience.

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Contract Studies In Quantitative Stratigraphic Prediction

Brief description of stratigraphic inverse modeling

An Example: Brief description of the 2-D continental to shelf siliciclastic model

Brief description of the 3-D carbonate model

Summary of Accomplishments and Future Development