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Pinedale Field: Case Study of a Giant Tight Gas Sandstone Reservoir

Product Code: 1252
Series: AAPG Memoirs
Author/Editor: Edited by Mark W. Longman, Stephen R. Kneller, Thomas S. Meyer and Mark A. Chapin
Publication Date: 07 April 2015
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AAPG Memoir 107.

Improved geologic insights combined with advances in technology and innovative thinking, mainly since the late 1990s, have driven Pinedale field's development and unlocked a giant natural gas resource in stacked low-permeability fluvial sandstones. Understanding this field can provide a model for developing similar tight sandstone reservoirs around the world.

This memoir contains 15 well-illustrated, peer-reviewed chapters that describe the history of field development, the deposition and diagenesis of the reservoir rocks, geophysical characteristics of the field, special core analysis techniques used to better quantify the reservoir, petrophysical characteristics and interpretations of the reservoir, the types and abundance of natural fractures, and fluid production characteristics in the field. Finally, static and dynamic models for the field are presented in an attempt to integrate all the pieces of this giant geologic puzzle.

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Type: Book
Ten Digit ISBN:
Thirteen Digit ISBN: 9780891813873
Publisher: AAPG
Binding: Hardback
Pages: 531
Weight: 1.9 kg


The Significance of the Pinedale Field

History of Exploration and Commercialization of the Giant Pinedale Tight Gas Sand Field, Sublette County, Wyoming

The Pinedale Gas Field: A Sweet Spot in a Regionally Pervasive Basin-centered Gas Accumulation, Green River and Hoback Basins, Wyoming

Geology of the Lance Pool, Pinedale Field

Geophysical Interpretation of Pinedale Field

Sedimentology and Reservoir Characterization of the Upper Cretaceous Lance and Upper Mesaverde Intervals from Core Data in Pinedale Field, Wyoming

Sedimentology and Reservoir Characterization of the Wagon Wheel Formation from Seismic, Log, and Core Data in Pinedale Field, Wyoming

Results of Deep Drilling on the Pinedale Anticline

Development of Tight Gas Sand Core Analysis Techniques for the Pinedale Field, Sublette County, Wyoming

Petrophysics of the Lance and Upper Mesaverde Reservoirs at Pinedale Field, Sublette County, Wyoming, USA

Petrophysical Interpretation of the Northern Pinedale Field, Sublette County, Wyoming

Natural Fractures on the Pinedale Anticline as Seen in Cores and on Image Logs

Pinedale Anticline and Jonah Fields, Sublette County, Wyoming: A Geologic Discussion and Comparison

Integrated Static and Dynamic Modeling of the Pinedale Tight Gas Field, Wyoming

Fluid Production Characteristics in Pinedale and Jonah Fields


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£ 206.00 each

List price: £ 206.00
Fellow's price: £ 154.00
Other societies price: £ 102.00