... vehicles (AUVs), unmanned surface vessels (USVs), or a standard ships equipped with imaging technologies could be utilized, however, details are limited at depths or confined spaces. The use of different imaging sensors on ROVs such as stereo cameras, sonars, and laser scanners allow operators to capture...

... Abstract The development of new resident and autonomous underwater vehicles (AUVs) has been enabled thanks to advances in secure and reliable Ethernet communication networks, software, batteries, and positioning sensors. Applying these technologies through a joint project between Oceaneering...

... Abstract: BORA Blue Ocean Research Alliance® aims to advance scientific knowledge of the ocean through integrating science into routine offshore operations and data collection, done in parallel to commercial work and as automated as possible. This can be through integration of novel sensors...

... oil & gas artificial intelligence frequency band offshore connectivity brownfield asset different set reduction propagation brazil government sub-sea system application fieldworker onboard infrastructure sensor industrial environment Introduction Connectivity in Industrial...

... and temperature sensors, connectors, and a gateway technology to reliably collect and transmit data, via satellite, to onshore operations teams. The service installs easily in just hours and is more affordable than traditional systems. In addition, the service's flexibility, scalability, and assured data...

..., it is anticipated novel sensors or techniques will be required to mitigate the risk of infrastructure failure. There is a strong likelihood that additional requirements will be identified to conduct either an increased frequency of inspection of subsea infrastructure, or to benefit from the emergence of enhanced...

... is so high compared to commonly used displacement sensors (e.g., GNSS, InSAR, level surveys). On land, installation of a handful of GNSS sites within an array can cap the measurement uncertainty. GNSS is several orders of magnitude noisier than integrated tilt over short periods, but the noise does...

... sensors - operating in 2oo4 voting 2 off safety controllers – one in each Subsea Electronics Module (SEM) 2 off high flow mono-stable DCVs 2 off barrier valves (HPV-1 and HPV-2). These components are to be selected as SIL3 capable in accordance with IEC 61508 with a third-party functional...

... conference sensor visual verification offshore well pad automated leak detection application operator Introduction Detecting leaks early in offshore environments is as critical if not more so than onshore. A leak on water travels fast and the longer it takes to shut down the leak source...

... refurbishment by an anti-fouling surface treatment. The thermal sensor intelligence module (TSIM) was designed to be a lightweight and self-contained system, with the ability to be easily deployed on heat transfer equipment. To make accurate and precise predictions for the absence or presence of fouling...

...), and gas-sensing through devices mounted on autonomous robots or drones, possibly mixed with stand-alone fixed devices. This "mobile sensor" approach is ideal for existing infrastructure where adding enhanced sensing capabilities with an IoT solution is cost prohibitive. It is flexible: if a site...

... Abstract Bluewater has partnered with DNV to pilot the hybrid twin solution on the Aoka Mizu FPSO, using data from that sensor system to monitor the fatigue damage in the hulland then update the RBI inspection plan accordingly (if needed). In this paper, the hybrid twin method is presented...

... algorithms, which find relationships between sensor data and output variables in a training dataset. The approach requires a good understanding of the learning algorithms and statistics. Small datasets or changes in operational conditions limit the suitability of this approach. Hybrid Models combine Physics...

..." hydrogen monitoring capabilities for NG/H2 blends throughout the Nation's natural gas transportation and storage infrastructure. Moreover, the US natural gas transportation system is expansive. It requires a complex sensor network that can continuously monitor, record, and notify specific NG/H2 conditions...

... reentry original well dogleg involuntary sidetrack well path bha sensor offshore technology conference well planning trajectory design drill bit brazilian deep water new leg scenario Introduction After reaching the end of the 12 ¼″ × 13 ½″ section at 3,998 m, the section up to 3,360 m...

... spontaneous leak detection algorithm sensor negative pressure wave npw-based sensing leak offshore technology conference leak detection application offshore riser Introduction For oil and gas operators, unplanned releases of product from spontaneous pipeline leaks are a serious risk...

... Abstract In this paper, a general method is presented which combines strain gauges’ data with 3D Finite Elements analysis of a hull structure, allowing the complete reconstruction of the structural response everywhere in the structure, based on the measurements from only a few sensors...

... and transient fluid flow and corresponding behavior of trapped annuli with thermo-structural coupling to the mechanical structure. Also, as part of the monitoring process, additional information will be provided by new sensors to be installed in the A and B annuli, aiming to improve monitoring capability...

... robotic approach inspector sensor offshore technology conference upstream oil & gas flying robot limitation in-service inspection mini-crawler uav ut measurement tethered flying robot Introduction Inspection is mandatory in every industry including oil&gas, mining, power...

... assessment relative error spectra standard deviation statistics total damage hindcast data fatigue damage wave data wave spectra representation sensor offshore technology conference wave statistics Introduction In a world where the focus on digital transformation is ever-growing...