Optimizing Hydraulic Fracturing in the Paradox Formation: Geomechanical Study of the Cane Creek Play

The Cane Creek Play, known for its potential in unconventional tight oil extraction, presents drilling challenges. This study revisits its viability in modern horizontal drilling techniques, focusing on the interplay between hydraulic fracturing, stress states, and existing fractures/faults. While historical views emphasize the role of natural fractures in productivity, our results indicate that their stimulation may not be inherently linked to well output. The planar fracture modeling approach adopted here advances our understanding by providing a granular view of the shear potential of geological features, revealing that significant stress alterations are necessary to initiate slip. The study proposes a redefined approach to hydraulic fracturing that prioritizes detailed characterization of stress states and fracture dynamics, with implications for sustainable and economically viable extraction practices. Future research should further explore the interplay between pore pressure and stress shadow dynamics in unconventional reservoir stimulation.