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Abstract

Zeng, H., 2012, Construction and analysis of three-dimensional Previous HitseismicNext Hit porosity Previous HitinversionNext Hit models, in S. C. Ruppel, ed., Anatomy of a giant carbonate reservoir: Fullerton Clear Fork (Lower Permian) field, Permian Basin, Texas: Studies in Geology 63, p. 93110.

DOI:10.1306/13341540St633003

Copyright copy2012 by The American Association of Petroleum Geologists.

Construction and Analysis of Three-Dimensional Previous HitSeismicNext Hit Porosity Previous HitInversionNext Hit Models

Hongliu Zeng1

1Bureau of Economic Geology, The University of Texas at Austin, Austin, Texas, U.S.A.

ACKNOWLEDGMENTS

The constructive critical review comments by Julia Gale and Stephen C. Ruppel greatly improved the manuscript. Lana Dieterich edited the manuscript. The illustrations were prepared with the assistance of the graphics group at the Bureau of Economic Geology (BEG). The support of this research by Hampson-Russell Software Services Ltd., and the Landmark Graphics Corporation via the Landmark University Grant Program are acknowledged. The publication is authorized by the director of BEG.

ABSTRACT

Geology-guided reconditioning of Previous HitseismicNext Hit Previous HitdataNext Hit is the key to improving extraction of relevant geologic information Previous HitfromNext Hit three-dimensional (Previous Hit3-DNext Hit) Previous HitdataNext Hit volumes. In the Fullerton Clear Fork reservoir, the most convenient and useful tools for Previous HitdataNext Hit reconditioning are phase shifting and high-frequency enhancement. A simple Previous HitseismicNext Hit phase rotation (to 90deg) reconditions Previous HitseismicNext Hit Previous HitdataNext Hit for impedance representation, roughly linking Previous HitseismicNext Hit amplitude directly to log lithology and porosity and making stratigraphic correlation more accurate. High-frequency enhancement raises the dominant frequency of Previous Hit3-DNext Hit Previous HitseismicNext Hit Previous HitdataNext Hit Previous HitfromNext Hit 30 to 50 Hz, improving Previous HitseismicNext Hit resolution without significantly deteriorating signal-to-noise ratio. More accurate and finer scale Previous HitseismicNext Hit mapping of reservoir parameters is achieved Previous HitfromNext Hit model-based progressive Previous HitinversionNext Hit that seamlessly integrates geologic interpretation of well-derived Previous HitseismicNext Hit Previous HitdataNext Hit and model-based Previous HitseismicNext Hit Previous HitinversionNext Hit for high-resolution (2 ft [0.6 m]) impedance models.

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