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Copyright © 1981 Society of Petroleum Engineers Inc. Journal paper SPE 7911 was published in vol. 33 (02) of J Pet Technol. Original manuscript received by SPE 27 March 1979 and accepted for publication 21 December 1979. SPE 7911 was first presented at the SPE Symposium on Low-Permeability Gas Reservoirs held in Denver, Colorado, 20–22 May 1979.

SPE 7911 presents a case history of massive hydraulic fracture treatments in two Cotton Valley Lime (Haynesville) wells located in Limestone County, Texas—on the west flank of the East Texas Basin. Kozik and Holditch provide an overview of the regional geology and summarize the reservoir and fluid properties on the basis of prefracture formation evaluation that included a log analysis, routine core analysis, and special core analysis. They also present the stimulation history and its corresponding production performance of wells in the area. Kozik and Holditch document the fracture design process and evaluated the fracture effectiveness using transient pressure analysis. Last, but not least, fracture length and well spacing were optimized on the basis of parametric studies of fracture length, conductivity, well spacing, and economics. The authors conclude that massive hydraulic fracture techniques have successfully been applied in the Cotton Valley Lime Formation in Central Texas.

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