Digital Transformation Thru MPD Automation

Author:

Ziadat W.1,Kadadha A.2

Affiliation:

1. SPE Drilling Uncertainty Prediction Technical Section, Houston USA.

2. NewTech Services, Khobar KSA.

Abstract

Abstract Digital Transformation through MPD Automation is revolutionising the oil and gas industry. Digital technologies provide access to higher-quality information about operations performance and allow companies to react quickly when unexpected events occur due to weather or equipment malfunctions/failures. Intelligent MPD (Managed Pressure Drilling) is an advanced form of Digital Transformation that applies sophisticated algorithms to optimise drilling operations. It takes full advantage of Big Data Analytics in order to maximise safety and performance during drilling operations by controlling pressure and flow rate, learning from machine twins, and providing greater insight into their operational performance. Intelligent MPD's ability to monitor real-time variables makes it a safer alternative as it enables faster response times in various situations that arise during the drilling process without manual intervention from personnel onsite. Digital transformation with MPD automation also helps reduce costs associated with manual labour as it requires fewer people for operational tasks and allows for more efficient use of resources (Elvin, 2023 and Sanchez, 2022). Other benefits of Digital Transformation through MPD Automation include improved accuracy in decision-making and greater transparency in operations processes. Advanced algorithms mean companies can make decisions based on reliable, up-to-date data rather than relying solely on human judgement, which can lead to mistakes or misjudgment, which can be costly. Additionally, Digital Transformation provides better visibility into the current state of the wellbore at all times, allowing for quicker response times when unforeseen circumstances occur. This drastically improves safety protocols and reduces potential risks for personnel onsite.

Publisher

SPE

Reference16 articles.

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2. Enabling Shallow Reservoir Development in Malaysian Deepwater Field Via Statically Underbalanced Mud with MPD Applications;Lee;ADIPEC,2022

3. A Review of Conventionally Undrillable Wells with Ultra-Narrow Pressure Windows Successfully Drilled Utilizing MPD Over the Last Five Years in USA and Canada;Arnone;SPE/IADC Managed Pressure Drilling & Underbalanced Operations Conference & Exhibition,2022

4. Perforating Using MPD Techniques: Design and Execution;Fernandes;SPE/IADC Managed Pressure Drilling & Underbalanced Operations Conference & Exhibition,2022

5. Automated MPD System for Drilling Optimization and Formation Characterization in an Exploratory Well;Pinzon;SPE/IADC Managed Pressure Drilling & Underbalanced Operations Conference & Exhibition,2022

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