Automating Influx Management Envelope (IME) Generation Through Cloud-Based Solutions

Abstract This study focuses on automating the generation of Influx Management Envelopes (IME) for MPD through a digital cloud-based solution, aiming to simplify the process for routine application in drilling operations. The integration of digital cloud-based solutions and parallel computing enhances the efficiency of IME generation by parameterizing various influx scenarios. Utilizing a transient multiphase flow engine, the study establishes kick tolerance thresholds for safe influx volume determination. The analysis includes assessing associated risks during kick circulation using MPD system. Parallel computing ensures faster computations and improved scalability. The combined approach integrates simulation results into an operational envelope for safer decision-making. The study emphasizes the importance of applying and enforcing company well control policies, integrating corporate rules into every simulation for adherence to established guidelines and maintain a consistent and standardized approach to well control practices. Collaborative workflows are highlighted as essential, fostering seamless teamwork, communication, and coordination. The integration of a collaborative framework enables effective sharing of expertise and contributes significantly to a comprehensive understanding of drilling operations. Additionally, the capability to review and approve simulations within this environment enhances accountability, quality control, and adherence to industry best practices in MPD.