Broaching Simulation & Analysis

Broaching simulation and analysis is a process used to evaluate the behavior of a shut-in well when the pressure at the casing shoe exceeds the fracture gradient of the surrounding formation. In this scenario, the formation surrounding the well may fracture, and the fractures may propagate upward toward the surface. This process can lead to the formation of a path or channel, known as a broach, that allows hydrocarbons or other fluids to flow from the reservoir to the surface.

The evaluation of broaching typically involves using transient simulation technology, which models the fracturing of the formation and the propagation of fractures upward from the casing shoe. This technology also accounts for any exposed formation above the casing shoe, which may charge up with fluids due to the increased pressure.

Broaching simulation and analysis is a critical aspect of well management and helps identify potential issues that may arise during the production of hydrocarbons. By simulating and analyzing the behavior of a well under different conditions, engineers can identify potential risks and take corrective actions to prevent issues such as surface broaching.