Analysis of Wellbore Wall Stress for SC-CO2 Horizontal Well Fracturing in Bedded Rocks and the Influence Mechanism of Bedding Structure: Development of a Fracture Initiation Criterion and a Theoretical Prediction Model for Initiation Pressure in SC-CO2 Fracturing | Synapse
March 3, 2026
Analysis of Wellbore Wall Stress for SC-CO2 Horizontal Well Fracturing in Bedded Rocks and the Influence Mechanism of Bedding Structure: Development of a Fracture Initiation Criterion and a Theoretical Prediction Model for Initiation Pressure in SC-CO2 Fracturing
Puntos clave
Fracture initiation criterion for SC-CO2 horizontal well fracturing indicates the importance of wellbore wall stress in bedded rocks.
The theoretical prediction model for initiation pressure enhances understanding of how bedding structure influences fracturing processes.
Analysis identifies links between wellbore wall stress and fracture behavior, which is critical for optimizing SC-CO2 implementation.
Understanding the roles of bedding structure in fracturing helps inform future strategies for efficient resource extraction.