... that, even in recent years, mooring failures occur at a rate higher than anticipated in regulatory guidance and design practices. As such, monitoring during the operations phase forms a key part of an offshore asset integrity management strategy. The advancement of asset owners' digital architectures over...

... 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...

... Managing the integrity of flexible pipelines is fundamental to ensure safety and evaluate operational lifespan. Early monitoring of annulus environment is critical to mitigate risks associated to corrosion, as delayed interventions can lead to costly repairs and compromised operational...

... real time system inspection operation adnoc offshore pipeline surface vessel emission offshore operation platform efficiency requirement safety monitoring deployment infrastructure Introduction Safeen Green is powered by a dual energy system: Biofuel Compatibility: The vessel...

... the oil and gas industry. Despite regulatory standards and traditional safety practices, the limitations of conventional technologies hinder continuous monitoring and rapid emergency response. In this context, the present study introduces the development, integration, and validation of a technological...

... Abstract In this paper, we will introduce 4Subsea’s strain and motion monitoring solution for steel catenary risers featuring a diver-installable subsea clamp. The clamp is a tool to measure structural loads to mitigate risk related to riser fatigue and flex joint degradation. The paper...

... Abstract The study explores the feasibility of utilizing Ocean Thermal Energy Conversion (OTEC) systems collocated with deepwater oil and gas facilities to power monitoring activities for plugged and permanently abandoned (PA) offshore oil and gas wells in the Gulf of Mexico (GOM). As offshore...

... use of monitoring technologies. In the past years, Bureau Veritas has developed a hybrid Structural Health Monitoring technique that combines strain gauge measurements with state-of-the-art hydro-structure simulations. At the core of this approach lies the conversion matrix method: by projecting...

... that can remain on the seafloor for up to five years, the On Demand Ocean Bottom Node - OD OBN ( Lopez et al., 2023 ), helping to decrease the cost of seismic monitoring surveys. The second initiative is a new type of seismic source with lower environmental impact, the Marine Vibrator, which improves...

... structural health monitoring (SHM) for safety considerations is now of utmost importance for continued operations, in order to optimize the return on investments (ROI). Abstract Demand for wind energy, one of the most important renewable energy sources, will continue to expand, considering the outcome...

... spill cleanup monitoring limitation automated data inquiry thickness input operation Introduction In this research we will focus on cleanup methods for those oil releasing events that occur offshore (see Figure 1 , Office of Response and Restoration NOAA, 2017). Containment booms...

... monitoring architectures, not only in conventional Offshore Oil&Gas applications, but also within the more innovative Renewable Energy, CCS and eventually the emerging deep-sea mining sectors, for all of which a radical digital transformation is needed to guarantee their environmental and economic...

... down, operators have been turning to advanced monitoring and digital solutions ( Walker and Fox, 2024 ). Advanced monitoring systems may consist of measurements of the offshore wind turbine structure, control systems and surrounding environment. Additionally, digital twins are being considered to (1...

... infrastructure such as the DC/FO. Regulators may require reservoir monitoring solution, to control potential caprock leakage or for injected CO 2 plume expansion to unplanned areas. These monitoring solutions shall be capable of detecting leakage events, shall be cost effective and shall be in-service and thus...

... possible solutions and related technical gaps. uid scenario investigation sustainability sustainable development drone social responsibility monitoring inspection leakage integration environmental impact offshore technology conference deployment application scenario evolution...

...Introduction Microseismic monitoring has been used successfully over several decades in unconventional plays to help understand hydraulically-induced fracture network propagation, etc. ( Walker, 1997 , Warpinski et al., 1998a , Warpinski et al., 1998b , Maxwell et al., 2000 , Le Calvez et...

... Abstract Structural monitoring of subsea structures is very common in the oil and gas industry. Monitoring may be performed to keep track of e.g. position, movements, loads and fatigue accumulation. Well growth of subsea wells is a slow process, and traditional accelerometer-based monitoring...

..., to be used for monitoring pressure on the N2 bottle for annulus pressure tests with a data recording system. The control panel contains a N2 pressure regulator, a pressure safety valve (PSV) and valves for selecting operation mode: the pressure or vacuum test mode. MATS features a touchscreen tablet suitable...

... Abstract In recent years, monitoring of the subsea BOP in order to keep track of movements, loads, and fatigue accumulation on subsea wellheads has been performed. On the Norwegian Continental Shelf, more than 50% of the semisubmersible drilling rigs have equipment for measuring the motion...

... analytics tools have been developed by the Oil and Gas (O&G) industry to monitor the health of BOP components using the control system data. However, the ability of those tools to predict critical failures and establish a predictive maintenance strategy was constrained by the limited number of sensors...