... jumpers. The Tool was then used in few campaigns, achieving the target, in mid-2022, with the installation of 80 inconel 625 straps, requiring zero downtime on the operating field. In addition to the achievements in the last year of operations for VIV strake securing in deep water, the availability...

.... The abstract must contain conspicuous acknowledgment of OTC copyright. Objectives/scope: Polymeric Fiber Ropes have been used extensively for Permanent Offshore Deep-Water Mooring systems. High strength polyester ropes have been used for FPSO mooring with proven performance of more than 20 years. Fiber rope...

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... Deep water Ocean Bottom Node (OBN) systems have delivered high quality full azimuth 3D and 4D seismic data. In this paper, we discuss the development of a new node technology and a new method of employing nodes for reservoir monitoring, wherein, a high-speed underwater optical communications...

... Abstract Since depth of shallow layers in the deep water is general 1500 ft or more, the temperature is approaching the freezing point of water at this depth. Moreover, Drilling Fluid always has a high temperature which can lead the originally stable gas hydrate, shallow flow and shallow gas...

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... theeffect of oil and other chemicals in the environment, in deep water withouttraditional well control options had stretched the technologies andcapabilities of the global industry. The methods applied, the equipment andpersonnel required, the procedures to be followed and the contingencies to bekept...

... of the plain. The route would then ascend the slope before exiting at the shelf break onto the continental shelf and on to the landfall, where the deep water marine route would end. Figure 1 presents a schematic pipeline route from a deepwater frontier field and the potential geohazards that could impact...

... level??one inspections only, particularly deepwater areas where visibility on the seabed is not a concern. Shelf and shallow water areas typically have limited visibility within the Gulf of Mexico for example. deep water inspection pipeline corrosion midstream oil & gas risk mitigation...

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... deep) and at least 91 wrecks believed to have metal hulls (74 shallow and 17 deep). Twelve percent of shipwrecks in shallow and deep waters, combined, have wooden hulls. In shallow water the proportion of wooden shipwrecks is 9 percent, and in deep water it is 23 percent. Thirty-one wrecks, all...

... deep-water tie-in to an existing export line and the deepest tie-in to an in-service pipeline system. It is also the first to employ a unitized foundation and prefabricated jumper spool. Identifying options for transmission of oil and gas production from the deepwater spar facility to shore required...

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... of such riser recovery experiences in deep water. This is the first offshore practice of this kind in the history of offshore industry. Some special tools including Riser Clamp, Riser Clamp Support Frame etc were developed, designed and fabricated upon several times of trial-and-error tests and improvements...

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... Abstract Worldwide, there are hundreds of deep water oil fields that have been discovered, and many hundreds yet to be discovered that are not commercial using existing conventional deep water approaches. A new paradigm based on production materiality is an alternate approach for deep water...

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...., fax 01-972-952-9435. Abstract The pipelines are major components of the oil and gas production. With Ultra deep water development, the increasing of assisted recovery and zero-flare policy, pipelines specifications are much more elaborate: fatigue resistance due to cyclical operational loads...

... temperatures and pressures. The natural tendency of a pipeline is to relieve the resulting high compressive loads by buckling. In deep water developments, various methods have been adopted to encourage and control lateral buckling as a cost-effective and practical solution. However, to demonstrate...

... has moved into deeper and deeper water. In the early and mid 1990 s the deep water frontiers were in Brazil and Norway in water depths of around 300 m. Currently large field developments are coming on-stream in West Africa in water depths of the order of 1,500 m and in Brazil and the Gulf of Mexico...