Computer Implementation of the Robert's Methods of Waterflood Calculations

Abstract

This study presents a computer implementation of Robert's method for waterflooding, a critical technique in petroleum engineering for optimizing oil recovery. The implementation aims to enhance the accessibility and usability of Robert's method for industry professionals. Utilizing Python and a user-friendly graphical interface, the application allows users to input various parameters and visualize waterflooding scenarios effectively. Through comparative analysis with traditional waterflooding methods, the software provides insights into the performance and efficiency of Robert's approach. Preliminary results demonstrate that the implementation aligns closely with existing simulation tools, showcasing its potential as a practical resource for engineers. This work contributes to the ongoing efforts to refine waterflooding strategies and improve oil recovery outcomes in the field.