--> Abstract: Constraining a Sequence Stratigraphic Model by Integration of Seismic Stratigraphy and Forward Stratigraphic Modeling: A Case Study from the Callovian-Oxfordian of Eastern Saudi Arabia, by A.M. Bakhiet, D.Z. Tang, A.S. Ahmed, P. Jemannaud, D. Thomas, and E. Marfisi, #90188 (2014)
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Constraining a Sequence Stratigraphic Model by Integration of Previous HitSeismicNext Hit Stratigraphy and Previous HitForwardNext Hit Stratigraphic Previous HitModelingNext Hit: A Case Study from the Callovian-Oxfordian of Eastern Saudi Arabia

A.M. Bakhiet1, D.Z. Tang1, A.S. Ahmed1, P. Jemannaud2, D. Thomas2, and E. Marfisi2

1Saudi Aramco
2BeicipFranlab

Abstract

The workflow for Previous HitseismicNext Hit sequence stratigraphic analysis includes 3D Previous HitseismicNext Hit interpretations, conditioning and filtering of 3D Previous HitseismicNext Hit volumes, interactive interrogation of Previous HitseismicNext Hit facies, calibrating well-log electrofacies and core Previous HitdataNext Hit, and transforming interpreted facies into the Wheeler domain for sequence stratigraphic interpretations. The Previous HitforwardNext Hit stratigraphic model was built by inputting interpreted key structural depth grids, gross depositional environment maps (GDE), lithofacies, and wireline-log Previous HitdataNext Hit of selected key wells, and paleoenvironmental parameters such as paleobathymetry, subsidence/sedimentary supplies, and environmental considerations (e.g., wind direction and water depth). Results from this integrated approach revealed details regarding hiatuses, maximum flooding surfaces, and spatial distribution of source rocks, reservoirs and seals through time. In particular, the Previous HitforwardNext Hit stratigraphic Previous HitmodelingTop results have provided additional insights for predicting grainstone shoaling complexes, and source rock deposition and distribution within Tuwaiq Mountain and Hanifa sequences.

 

AAPG Search and Discovery Article #90188 ©GEO-2014, 11th Middle East Geosciences Conference and Exhibition, 10-12 March 2014, Manama, Bahrain