DIMENSIONLESS PRESSURE AND PRESSURE DERIVATIVE RESPONSES OF A VERTICAL WELL COMPLETED IN A RESERVOIR WITH IMPERMEABLE BOUNDARIES INCLINED AT 60 DEGREES

ABSTRACT

This project investigates the dimensionless pressure and pressure derivative responses of a vertical well completed in a reservoir with impermeable boundaries inclined at 60 degrees. The dimensionless forms of pressure and pressure derivative are derived, enabling the comparison of pressure behavior across different reservoir conditions and well configurations. Understanding the impact of these boundaries on pressure depletion is crucial for optimizing well placement and production strategies. We employ dimensionless pressure (PD) and pressure derivative (PD') analysis to gain insights into the pressure behavior around the wellbore. The results provide valuable insights into the transient behavior of reservoirs with inclined boundaries, offering practical implications for well management and field development strategies.