Analysis and Implications of In-Situ Stress Changes During Steam Stimulation of Cold Lake Oil Sands
S. K. Wong
Abstract
S. K. Wong
Abstract
Summary During steam stimulation in the Cold Lake oil-sand deposit, the reservoir is often fractured to obtain sufficient injectivity. The fracturing, pressurizing, and heating of the reservoir induce stress changes. These changes are analyzed with a finite-element program. Results suggest that the induced stress changes have implications for field operations.
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Summary During steam stimulation in the Cold Lake oil-sand deposit, the reservoir is often fractured to obtain sufficient injectivity. The fracturing, pressurizing, and heating of the reservoir induce stress changes. These changes are analyzed with a finite-element program. Results suggest that the induced stress changes have implications for field operations.
Key concepts: Steam injection, Well stimulation, Petroleum engineering, Oil sands, Geology, Oil field, Petroleum reservoir, Stress (linguistics)