... of hydrocarbons from the reservoirs ( Takacs 2017 ). Despite their significance, ESPs are prone to various failure modes, leading to costly downtimes and maintenance interventions ( Abdalla et al. 2023 ). A major challenge faced by ADNOC is the extended downtime associated with ESP failures. On average, it takes...

... Abstract Objective/Scope The aim of this paper is to demonstrate how collecting and qualifying, in an industrial manner, data reported by field teams in the Computerized Maintenance Management System (CMMS) allows us to improve operational excellence. The application presented...

... intervals between major maintenance overhauls, thereby reducing equipment renewal and operational costs while ensuring availability and integrity. AON's maintenance & reliability department has devised an optimal procedure called RBMO (Risk-Based Maintenance Optimization) to meet these goals...

... advantages. Moreover, by leveraging data collected by these robots, industries can make data-driven decisions, optimize maintenance schedules, and prevent costly equipment failures. In conclusion, while scaling autonomous inspection robots in industrial facilities presents complex challenges, the potential...

... Abstract The objective of this paper is to present the development and implementation of the Intelligent Solenoid Valve Management System, the first invention of its kind. This AI-driven, 5G-enabled solution is designed for real-time monitoring and predictive maintenance of solenoid valves...

... failure insulation degradation insulation operation transformer health condition maintenance diagnostic technique Introduction Power transformers are the most critical assets in electrical power systems for transferring electric power from one voltage level to another required voltage level...

... are early anomaly detection and improved reliability and maintenance through pre-empting failures and process upsets. It aims to revolutionize maintenance and operations by leveraging advanced data analytics and predictive modeling. The digital twin also supports virtual training, along with remote...

... gpt requirement integration maintenance safety management practice reliability safety observation assessment psm Introduction Process safety management (PSM) remains a critical focus in the energy industry, aimed at preventing unplanned or uncontrolled loss of primary containment...

... are getting the correct measurements live and on time. steam-assisted gravity drainage flow metering geology flowmeter mineral production control maintenance apo well production monitoring ultrasonic flowmeter deposit reservoir surveillance thermal method accuracy aquifer pump geologist...

.... With the potential to automate up to 300 million full-time jobs globally, AI's impact on route optimization, predictive maintenance, and decision support systems is significant. The research underscores AI's role in enhancing fuel efficiency and operational effectiveness, setting the stage for a new era in maritime...

... play a crucial role in identifying bottlenecks within the field's injection and disposal processes. By optimizing water injection rates and ensuring the efficient disposal of produced water, the system enhances the reservoir's pressure maintenance and overall productivity. This level of optimization...

... is proactively engaged in laying the groundwork to manage these wells with the highest operational efficiency. This involves strategic planning for the installation, maintenance, and monitoring of the ESP systems to ensure they deliver optimal performance and longevity. Therefore, continuous surveillance...

... Oil & Gas facilities needs proper planned maintenance to ensure the equipment and surrounding areas remains to fully operable safe conditions, to maximize operational efficiency of the plant, to reduce unnecessary expenses caused by major breakdowns and to meet legal and environmental...

... Abstract The handling and maintenance of spares in operating companies remains a requisite pillar upon which asset performance lies. With most business continuity spares being of the long lead type, shelf-life of seals limited and pigging spares wearing out; it is pertinent to devise ways...

... intake systems face biofouling, silt, and corrosion. Biofouling plagues seawater intake systems. Wet intake screens and lines support bacteria, plants, algae, and animals. BIOFouling jams screens and prevents water flow. It also causes corrosion and increases maintenance, reducing intake system...

... for details see ( Takeyasu, K, 2005 ), Abstract valves are essential components of safeguarding and control systems, playing a crucial role in ensuring that plants operate efficiently and safely. Valve failures can lead to significant production losses, increased maintenance (operating) costs...

... The necessity for a comprehensive solution to address the challenges faced by frontliners in managing Health, Safety, and Environment Critical Equipment and Systems (HSECES) was evident. Such a solution would need to save time, enhance data quality, and ensure the proper maintenance of HSECES...

... the structural integrity of vessels operating in harsh environmental conditions. Jack-up units, which are critical for offshore drilling and construction, require rigorous maintenance and monitoring due to their unique operational environment and structural complexities. The existing monitoring systems often...

... Abstract Over the last three years, PETRONAS has spent approximately USD 36 million on the maintenance of a total of 107 pedestal cranes. This has emerged as the main contributor for the overall static equipment maintenance costs. In the pursuit of operational efficiency and cost optimization...

... Abstract Robotics have the potential to provide significant value to the construction, engineering design, operation, and maintenance activities. It provides a solution to capture required data from complex/ hazardous working environments by means of robotics tools and reduces the safety...