... conditions, highlighting its potential to enhance the reliability and efficiency of AES systems in subsea applications. actuator subsea processing modeling & simulation artificial intelligence subsea system controls and umbilicals algorithm digital twin valve valve signature sensor valve...

... platform for monitoring confined spaces, combining wearable devices, environmental sensors, and cameras into a centralized and scalable solution. The primary objective was to enhance occupational safety and operational efficiency in high-risk environments, such as those found in the oil and gas industry...

... chain co 2 mero 3 installation requirement application sensor module project execution offshore technology conference control valve scrubber processing capacity industrialization Introduction The opportunity of building a differentiated and sustainable new value stream...

... signature subsea production system sensor functional beamforming array geometry algorithm offshore technology conference susi Introduction The subsea production system is a complex arrangement of equipment designed to extract oil and gas from deepwater reservoirs. In the past, sensors were...

... will detail one such strain and motion sensor clamp to be installed on FPSOs in Brazil. The monitoring solution deliver data required to provide critical insight, decision support and predictive maintenance. The autonomous sensors mounted in the clamp log strain and motion data continuously for up to 18...

... techniques and operational cost optimization through remote operations. These platforms leverage AI to enable real-time monitoring and predictive performance, significantly reducing the need for human presence and enhancing operational efficiency. IoT sensors play a critical role by continuously collecting...

... Abstract This paper investigates using a remotely operated vehicle (ROV) to collect wall thickness measurements from wireless, ultrasonic, sensors installed on subsea assets. This technology has the potential to safely and cost-effectively extend the lifespan of subsea assets. The WAND...

... of Mexico (GOM). While chemical treatment programs are commonly employed to mitigate these effects, the difficulty of assessing real-time effectiveness can hinder treatment optimization. This paper presents the results of the first-ever offshore deployment of a novel asphaltene measurement sensor that can...

... The industry has seen an increase in the need for digitally connected completions operations, pushing for companies to sensor, aggregate, and stream data to remote operation centers (ROC). While sensoring critical parameters is vital to monitoring operations, the most important element...

... of strength and balance in an operation ( Echevarría, 2003 ). The authors identified several key sources that align with this concept: a) Data Integration and Analysis, b) Operational Efficiency and Automation, c) Integration of Cyber-Physical Sensors, and d) Decision-Making based on Insights and Tendency...

... deployment through the lower flex joint (LFJ). Central to achieving these outcomes is the proper alignment of Blowout Preventer (BOP) motion sensors, which provide essential data for monitoring and controlling equipment dynamics. High accuracy inclination measurements on subsea equipment are crucial...

... recent years has started to unlock significant improvements in the capabilities of remote monitoring of offshore assets. However, the ubiquity of sensors and data from modern assets introduces its own challenges. Operators can easily be deluged with information with no clear insights or path to action...

... Abstract In-field strain or motion monitoring with physical sensors provides a direct indication of structural fatigue and strength performance although not always utilized or practical for every system. LLOG has implemented cloud-based automated structural digital twins for several production...

... and corrosion riser pipeline corrosion flowline corrosion flexible riser stand-off distance offshore technology conference sensor flexible pipe detection armor wire defect annulus flooding detection production riser dat flexible riser inspection tool riser hang-off configuration Introduction...

... Abstract Bottomhole pressures of wells are commonly used to evaluate reservoir characteristics such as permittivity and permeability and connectivity between wells. To measure bottomhole pressure, a sensor needs to be conveyed either through an invasive method such as wireline, or it can...

... be successfully applied to reconstruct the local stress response at side shell stiffeners of an FPSO. Several sensor configurations used as input in the conversion matrix are tested and discussed. Validation is performed by comparing thousands of hours of direct sensor measurements with reconstructed stress time...

... be used to collect these data, and how the data products compare to traditional industry sources. A 4.8m solar powered ASV from SeaTrac Systems was deployed in the Gulf of Mexico for 39 consecutive days configured with an Acoustic Doppler Current Profiler (ADCP), wind and wave sensor onboard. The LC...

..., which include new intelligent materials that can act as sensors, enabling remote monitoring of damage to the turbine structure, both internal and external, due to stress, fatigue, environmental corrosion among other deleterious force-fields. Strategic use of nanoparticle sensors with unique photonic...

... and evaluating roller reamers while drilling multiple vertical monitoring wells and two, 65º laterals in high-strength granite at temperatures more than 400ºF. Reamers were run in the bottomhole assemblies (BHAs) of one of the vertical wells as well as in the two deviated wells with vibrational sensors...

... toolkit and has globally deployed a production system digital twin end-to-end; Reservoir, Wells, Plant and Export, for model-based surveillance and optimization. The production system digital twin is a cloud-based system that connects sensor data from each asset's data historian to an equipment data...