Abstract
The objective and scope of this project are to leverage the latest technological advancements, such as Artificial Intelligence and Digital Transformation, to enhance operations. Specifically, this project will focus on the implementation of Augmented Reality to superimpose crucial digital information onto real-time views of various sections and elements of the ADNOC Gas Sites. This approach aims to improve accuracy, efficiency, and operations safety.
Augmented Reality (AR) is a technology that overlays digital content onto the real world. The process for using AR in an industrial setting involves identifying equipment, gathering data, creating AR overlays, choosing an AR device, integrating device, data, training users, and monitoring and refining system. Data collection includes equipment specifications, design, P&ID graphs, operational parameters, and related essential information. The AR device is then configured to recognize the equipment and display relevant overlays. User training is necessary, and the system must be monitored and updated to remain effective.
The use of Augmented Reality (AR) technology in an industrial setting to identify equipment-related information can provide numerous benefits to various stakeholders. This includes improved accuracy, efficiency, and safety across the entire organization. The process of using AR in an industrial setting involves several steps as mentioned above. This process requires collaboration between various stakeholders, including AR experts, equipment engineers, IT specialists, and operational staff. The implementation of AR technology in ADNOC Gas sites can greatly enhance operations and improve overall performance, productivity, and safety. By utilizing AR overlays to display equipment-related information in real-time, operators can quickly and accurately identify issues and make necessary adjustments and actions. Engineers can use AR to visualize equipment designs and simulate potential changes or upgrades. Maintenance personnel can use AR overlays to identify equipment components and perform repairs more quickly and accurately. Management can use AR to receive real-time data on equipment performance to make data-driven decisions. Additionally, AR can be used in training programs to provide a more immersive and interactive experience for trainees.
This paper will present novel information by showcasing a unique and transformative implementation of AR within the petroleum industry. Through a comprehensive review of existing literature and real-world examples, it will demonstrate how the strategic integration of AR overlays can significantly improve accuracy, efficiency, and safety in industrial operations. This valuable contribution to the existing body of knowledge can guide petroleum industry professionals in harnessing AR's potential to drive innovation and enhance productivity in their operations.
