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The AAPG/Datapages Combined Publications Database

Houston Geological Society Bulletin

Abstract


Houston Geological Society Bulletin, Volume 37, No. 8, April 1995. Pages 12-12.

Abstract: Past, Present, and Future Applications of Previous Hit3-DNext Hit Seismic in the Permian Basin

By

James E. Geitgey and Paul R. Barwis
Range Exploration

Use of Previous Hit3-DNext Hit seismic in the Permian Basin has exploded since 1989 after early successes were publicized. Initially, the technology was applied in several selected plays; today most, if not all, active trends/plays in the basin have been shot with one or more 3- D surveys. This talk will briefly review past, present, and future uses of Previous Hit3-DNext Hit seismic in the Permian Basin, as well as related practical and philosophical issues.

The Past

While Previous Hit3-DNext Hit seismic was shot in the Permian at least as early as 1973, the current boom can be attributed mainly to several exploration applications in the late 1980s and early 1990s: imaging reefal buildups in the Horseshoe Atoll area, and Wolfcamp debris flows in the Midland Basin. In addition, Unocal's success with Previous Hit3-DNext Hit in the Dollarhide Field confirmed the value of the technique for field development and extension.

The Present

Today Previous Hit3-DNext Hit surveys have been shot in nearly every trend in the basin, for exploration and field extension/ development applications. Producing field applications (e.g., locating infill wells, detailed interwell reservoir characterization, attempts to monitor secondary, etc.) and exploration applications (e.g., generating prospects, delineating previously defined leads, locating web prior to drilling and delineation after the exploratory test) will be discussed in detail. Other applications with tremendous promise, as well as issues that are contributing to Previous Hit3-DTop failures, will also be presented.

The Future

Areas of improvement may include: (1) increased utilization of seismic attributes, along with techniques such as inversion; (2) improvements in our ability to image complex structures; and (3) ability to better account for surface and near surface complications.

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