... training mse bridge tendon tension monitoring system platform upstream oil & gas artificial intelligence mse pontoon lc bridge data load cell bridge ttm offshore technology conference Introduction Tension leg platforms are commonly used in oil and gas production and are moored...

... platform hull upstream oil & gas gulf pontoon tlp integration hutton riser platform offshore technology conference Adrian , E. , & Wong , S. H . (2018) . Overview of the Malikai Project. Offshore Technology Conference. Doi: 10.4043/29071-MS Aramanadka , S. B...

... cost. A riser with shorter strake length but more fatigue life will result in reduced cost too provided that adequate VIV fatigue life is preserved. relative velocity riser motion range fatigue life hangoff point pontoon hydrodynamic force background current riser fatigue damage riser...

... system riser draught mooring system modification upstream oil & gas fpu hull conversion pontoon upgrade Deegan , F.J , Loffman , M. & Odufuwa , D. 2014 . The Conversion of Mobile Offshore Drilling Units to Floating Production Systems – Issues, Opportunities...

... fpso integration hull efficiency floating production system offshore project pontoon OTC 23289 OPTI Hull Series: A Versatile Platform for Deep-water Field Development , May 2012 OMAE2010-21023 OPTI-Ex Deck Design – A Novel Approach to Mating , June 2012 OTC 23519 SS Who...

... system fpso installation loading bsr buoy jumper upstream oil & gas bottom connector flexible jumper riser thrust tether offshore technology conference displacement buoy bsr system pontoon artificial intelligence compartment flexible pipe variation connector Camozzato...

... Abstract The objective of this paper is to present the new Offset-Pontoon Semi-submersible (OPS) for use as a drilling and production platform. The new semi-submersible features pontoons that are offset to the outside of the columns which lends the vessel a low heave response and enables...

... integration field development riser flexibility pontoon production riser payload upstream oil & gas Haslum , H.A. Simplified methods applied to non linear motions of spar platforms . Department of Marine Hydrodynamics . Trondheim , 2000 . Faltinsen , O.M. Sea loads...

... Dimensions Dimensions m Length overall 102.413 Breadth molded 76.505 Length between forward and aft Column centerline 68.580 Breadth between port and starboard column centerline 59.436 Elevation of main deck (top of steel) 39.624 Operating draft 22.860 Pontoon height molded 6.401 Pontoon width molded 15.240...

... motion component otc 23958 motion characteristic offshore technology conference field development natural frequency configuration upstream oil & gas natural period riser pontoon subsea system production riser frequency flexible dry tree semisubmersible drilling first-order...

... drilling subsea system application otc 23919 stiffness eigen period fpso new technology pontoon heave semi spar floater dts concept solid ballast tank water depth floating production system OTC 23919 Deepwater Dry Tree Semi Technology Readiness Perspectives of Operator...

... schedule was recommended according to the weather window selection of towing. wave period pontoon probability statistic fpso floating production system weather window selection motion analysis upstream oil & gas maximum allowable significant wave height amplitude project schedule...

... the philosophies used and methodologies applied in theinitial hull sizing, vessel motion responses, pontoon and columncompartmentation, structural continuity, deck integrity, deck integration atquayside, marine system reliability and hull inspection program that makes theOPTI series of semisubmersibles a good...

... to ensure proper load distribution in-service and toensure ease of in-yard and future offshore installation. The design is robust, fatigue resistant, and fabrication-friendly. Mounted on the outboard facing surfaces of the FPS hull pontoon, these mountsfacilitate riser installation and pipeline laying...

... pontoons (of 142.5m length) linked by a truss beam and a rear gate. Each pontoon is equipped with two elevating systems. These elevating systems consist of motorized legs with a rack and pinion system and a movable shuttle fixed on the leg, giving a stroke of 16.5m in the basic configuration. The spacing...

... by keeping the pontoons away from the wave loading zone. The pipe-in-pipe (PIP) is the most attractive riser system from a response perspective, but poses challenges to installation. The most significant limitation is the lack of vessel capacity to install heavy pipe-in-pipe risers at this water depth...

... and tow stability would also be a significant design variable. Once a topside footprint and payload has been estimated or determined, preliminary sizing of pontoons and nodes can be completed. Finally, column dimensions can then be sized according to the requirements of the integration and tow stability...

... borehole climate record otc 18117 drilling core recovery drilling system sediment core modification drilling operation lake malawi drilling vessel pontoon offshore technology conference sediment upstream oil & gas site 2 disturbance technology conference scientific drilling...

... pontoon diameter design cycle OTC 17670 Steel Catenary Riser Design and Analysis for Petrobras Roncador Field Development E.C. Gonzalez, M.M. Mourelle, J. Mauricio, T.G. Lima, and C.C. Moreira, Petrobras Copyright 2005, Offshore Technology Conference This paper was prepared for presentation...

... utilizing integral wet and dry oil displacement tanks located in the hull pontoons and numerous regulatory uncertainties. The design challenges, coupled with the cycle time reduction goal, were achieved by establishing early direct interfaces between design teams. The Hull Global, Structural, and Systems...