Naturally fractured reservoirs: Optimized E and P strategies using a reaction-transport-mechanical simulator in an integrated approach. Annual report, 1996--1997 | Zendy

T.E. Hoak | Zendy; Richard D. Jenkins | Zendy; P. Ortoleva | Zendy; Kağan Tuncay | Zendy; M.A. Shebl | Zendy; Sibo Wang | Zendy; K.R. Sundberg | Zendy

Open Access

Naturally fractured reservoirs: Optimized E and P strategies using a reaction-transport-mechanical simulator in an integrated approach. Annual report, 1996--1997

Author(s) -

T.E. Hoak,

Richard D. Jenkins,

P. Ortoleva,

Kağan Tuncay,

M.A. Shebl,

Sibo Wang,

K.R. Sundberg

Publication year - 1998

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/661405

Subject(s) - permian , structural basin , geology , carbonate , paleontology , hydrology (agriculture) , geomorphology , geotechnical engineering , materials science , metallurgy

The methodology and results of this project are being tested using the Andector-Goldsmith Field in the Permian Basin, West Texas. The study area includes the Central Basin Platform and the Midland Basin. The Andector-Goldsmith Field lies at the juncture of these two zones in the greater West Texas Permian Basin. Although the modeling is being conducted in this area, the results have widespread applicability to other fractured carbonate and other reservoirs throughout the world

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