... upstream oil & gas artificial intelligence floating production storage and offloading mooring system floating production system fpso anti-motion structure platform heave motion simulation wave load hydrodynamic performance machine learning fcd horizontal motion floating...

.... mooring system axis positioning system displacement thruster upstream oil & gas knowledge management simulation time 3600 dp system subsea system point system operation condition average displacement average tension yaw south china sea single point environmental load dynamic...

... water depth observation buoy chain length wave observation buoy system subsea system wave observation buoy observation buoy system chain diameter upstream oil & gas dynamic analysis buoy wave height wave condition mooring system dynamic magnification factor quasi-static...

... method. mooring system hdpe pipe characteristic hdpe pipeline pipeline configuration upstream oil & gas clump weight weight length equation pipeline pipe different clump curvature clump weight length subsea system wave frequency effective tension stinger pipe-laying vessel...

... are of the small fairlead angles. This type catenary mooring system is effective for providing the restoring force in surge, sway and yaw motions, but is almost futile to restrain heave, roll and pitch motions. Since the jib top vertical motion is contributed from the floating body s heave, roll and pitch motions...

... ABSTRACT Ship Integrated Turret (SIT) is widely used for FPSO in harsh environment and deep water applications. In China, all FPSOs located in South China Sea are equipped with Ship Integrated Turret mooring systems. In 2019-2020, CNOOC has developed offshore Liuhua16-2 oil field project...

... in the trenched seabed. Overall, plate anchors are relatively mobile and are useful to restrain the effect of seabed trenching on the holding capacity of the anchoring system. upstream oil & gas plate anchor stability engineering diving behaviour mooring system embedment depth uplift load...

... mooring system extreme condition leg platform amplitude platform riprap pile pretension force upstream oil & gas tension leg accuracy submerged tension leg platform subsea system requirement construction different pretension value stability analysis condition quasi dynamic 1...

... ABSTRACT For deep-water floating structures, mooring system is essential for the safe operation of the facility. Historical accidents show that mooring failures can put serious threats to the environments, asset, and even human lives. First, detailed numerical analysis is performed...

... ABSTRACT In this article the mooring system of an offshore floating anchored structure is reviewed. A criterion and procedure for optimizing the anchor mooring system which ensures the requirements for safe and continuous operation of the structure, taking into account the imposed restrictions...

... usually concerns three subsystems: the top platform, the mooring system and riser system. They influence each other and respond to environmental loading in a complex way. The positioning mooring lines are likely to be broken when subject to harsh conditions in deeper water, which could result...

... ABSTRACT Marine structural mooring systems can suffer a lot of damage during their service life, and if not detected in time, these damages can lead to serious consequences. Traditionally, damage identification in mooring systems has focused on measuring the tension of mooring lines. However...

... ABSTRACT The development of mooring system in shallow water environment needs to adapt to the objective environmental conditions such as small water depth, large tidal range and high flow rate. The combination of mooring components such as buoy and clump weight with mooring lines can achieve...

... system under regular waves. Liu (2014) developed the mooring analysis module naoeFOAM-ms based on the OpenFOAM platform. Taking a two-dimensional floating breakwater and a three-dimensional semi-submersible platform as the research objects, he solved their motion responses and the tension of the mooring...

... stiffness of a mooring system is modeled using a number of springs and wires (Ma et al., 2019). A final evaluation is conducted in a simulation model with the correct dynamic effect. A disadvantage of this method is that it takes a lot of time. In addition, the correct behavior of a mooring line and floater...

... ABSTRACT The polyester rope has been widely used for the deep-water mooring system, for the advantages of excellent tensile strength, strong corrosion resistance, good fatigue property and low cost. To reduce the mooring cost and improve the mooring mechanical properties, this paper combines...

... due to several advantages, namely: these types of platforms can be fully assembled onshore and towed ready-to-use to their final destinations; the available mooring systems are well-known and cost competitive; if properly designed, downtime in operational sea states, due to excessive platform motion...

... ABSTRACT Three traditional bunkering, i.e. tank car bunkering, shore station bunkering and bunker vessel bunkering are presented and investigated. Among three scenarios, bunker vessel is the best way to bunker in terms of flexibility and bunkering capacity. The mooring system is one of the key...

... as solutions we adopted. The project was successful which achieved first oil in Sept. 2020. Fig. 1 is a field general layout overview. upstream oil & gas oil field turret project management pipeline pigging fpso china subsea system vendor operation mooring system strategic planning...

... efficiency of wind turbine will be reduced and the tower and platform may overturn (Yu, Liu and Bao, 2012). sustainability mooring system wind energy floating production storage and offloading floating production storage & offloading fpso platform design pontoon subsea system floating...