... conditions. Two operational (DLC 1.3 and DLC 1.6) and one parked (DLC 6.1) condition for ULS (ultimate limit state) analyses have been conducted. It has been observed that the platform rigid-DOF motions and mooring tensions are little changed but tower-base bending moment and nacelle horizontal acceleration...

... platforms will make them more secure, increase the GW/year that can be installed, and reduce the need for power storage. upstream oil & gas sustainability united states government social responsibility europe government north america government artificial intelligence sub-sea system...

... us government sustainability upstream oil & gas downstream oil & gas renewable energy air emission investment modularization platform th offshore symposium energy transition fabrication yard proceedings houston reduction naval architect carbon footprint epci company texas...

... and strategies to gather relevant dynamic information to mitigate risk. It provides a brief history of EPSs deployed in the North Sea, Brazil and GoM including a database of EPS platforms based on an extensive literature review. A case history in each region to demonstrate the utility of an EPS to de-risk...

... for ORE platforms to fulfill multiple functions Recent advances in electrical separation of water into hydrogen, carbon capture from air, gas to liquids conversion, and floating ORE platforms open up an entirely new area for development. This paper details the technical requirements and economic...

..., the graphical user interface is presented. Furthermore, a novel method for simulation of the dynamic response of a jack-up platform using frequency domain methods is introduced. graphical user interface platform proceedings th offshore symposium houston upstream oil & gas naval architect...

... The Space-X company has introduced a reusable first stage rocket that lands on a floating barge. In the event that the first stage rocket falls off the platform, investigation of where it will land on the seafloor in case its sensors are waterlogged is necessary to increase efficiency...

... Within the last five years, two floating platforms have been decommissioned in the Gulf of Mexico, and several others (fixed and floating) are reaching the end of their design life. Thus, the topic of decommissioning is at the forefront of our industry. More conversations involving...

... on the configuration of the terminal. buoy naval architect ocean energy th 2018 platform texas texas section proceedings preliminary design simulation wave energy converter rd offshore symposium wec platform configuration 1-yr operating mooring system subsea system houston renewable energy...

..., deliver through a flexible real-time web platform, and feedback learnings from deployment to facilitate next round of development. ReamerVision, the real-time early detection of under-reamer failure during hole enlargement while drilling at deepwater Gulf of Mexico is one of the successful examples...

... methods for the 5MW Y-wind semi-submersible FOWF moored at a water depth of 200m. In the coupled analysis, the wind turbine and platform interact dynamically exchanging loads and motions at each time step. Aerodynamic loadings on blade element with wind-inflow data, tower/blade elasticity, rotating blades...

... A new semi type floating offshore wind turbine platform called Y-Wind is developed to support a 5MW wind turbine, considering various design aspects from engineering through to installation, which can reduce the CAPEX. The platform is designed to achieve the integration of the tower and rotor...

... for medium FLNG. In this paper, a conceptual study of an alternative, a Paired-Column Semi-Submersible (PC Semi) platform with spread moorings, is presented for a 1.5 MTPA FLNG application in Western Australia. This study is a generic one to design an economical small FLNG which can be achieved through...

..., as well as mooring system, riser system and global performance design, platform global strength analysis and global fatigue analysis, hull vortex induced motion analysis. In addition, platform fabrication and topside integration methods will also be discussed. The design analyses show that the proposed...

... A normally un-manned semisubmersible has been developed, consisting of three columns spanning between a deck box structure and a very deep submerged pontoon. The platform, called the EDP (Extended Draft Platform) Buoy, can be used for various applications such supporting a low cost subsea...

... observers or weather forecasts, was key to providing a verified and reliable input. The response assessment program was successfully used while moving the GSF Galaxy I from the north to the south side of the TOTAL Elgin platform, saving 10 days of waiting on weather over a 15-day rig move. This application...

... symposium texas texas section floating production system life extension well integrity upstream oil & gas screening platform assessment proceedings integrity management fatigue screening inspection bureau veritas houston riser corrosion structural detail metadata pipeline corrosion...

... The present paper describes the design challenges of a wind wave hybrid power generation floating platform. The platform is a semi-type which consists of multi columns, pontoons, decks and brace members. The platform with a column span 150m is moored with chain catenary mooring lines at a water...

...-section. The platform is moored in-place using a conventional mooring system. The LM-FPSO performance is enhanced with the robust low-tech feature, namely, free-hanging Solid Ballast Tank (SBT). The SBT is located at a certain distance below hull keel and connected to the hull through four groups of short...

... platform piping design proceedings pipe requirement fire water system application installation fire endurance subsea system texas texas section piping simulation THE USE OF GLASS REINFORCED EPOXY PIPING FOR FIRE WATER APPLICATION ON OFFSHORE FACILITIES STEPHEN CHING GLOBAL MARKET DIRECTOR...