Optimum Development of Oil and Gas Assets

• Seismic stratigraphic analysis is the key evaluation tool for a complete regional basin analysis and prospect generation and evaluation
• Develop an enhanced understanding of sequence stratigraphy and its exploration and development applications
• Improve the prediction of depositional environments with special focus on reservoir facies, reservoir quality, reservoir thickness, reservoir geometry and continuity to lower risk
• Integrate and correlate well log profiles with high resolution biostatigraphy and paleobathymetry to define seismic facies
• Integrate well log signatures with seismic stratigrahic signatures
• Interpret sequence and system tract boundaries, external morphology and internal geometry
• Complete seismic facies analysis encompassing reflection configuration, continuity, amplitude
• Develop an enhanced understanding of slope depositional systems
• Improve the prediction of reservoir quality sands based on seismic response
• Improve the understanding of reservoir architecture of slope fan deposits
• The combination of Seismic Stratigraphic Analysis and proprietary multi- attribute data reprocessing provides a unique opportunity to reevaluate existing 3-D seismic data libraries
• High resolution biostratigraphy for comprehensive field development

Conclusions

• The easily identifiable structures and amplitude anomalies have been drilled
• Future exploration and development success will be dependent upon the optimal application of seismic stratigraphjc analysis combined with multivariate attribute analysis . Our Proprietary reprocessing techniques provide a competitive advantage.
• Sequence stratigraphy can provide a predictive exploration tool by delineating reservoir sands
• Sequence startigraphy can provide a framework to delineate optimum productive fairways
• Large reserve potential remains in slope fan environments that are at depths that do not exhibit classic amplitude anomalies.