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... system. ABB Oil & Gas is running a Joint Industry project together with Statoil, Total and Chevron to develop technologies for subsea power transmission, distribution and conversion at greater distances, in deeper waters, and in harsher environments. The project started up in 2013 and is targeting...

... as no tap in to existing topside process will be required. Last but not least, this is a cost efficient solution where the recoveries from the wells are improved in addition to accelerated production. onesubsea subsea processing statoil module compression system gullfak subsea compression project...

... to secure efficient commissioning with involvement of a large number of vendors and support personnel, a remote operation room for the commissioning team was installed at Statoil's Stjørdal office outside Trondheim where the Åsgard Operations land organization is housed, thus avoiding constraints imposed...

... 2015 represents an important milestone for Statoil as both the Gullfaks and Åsgard subsea compression projects achieved production start-up. The Gullfaks subsea wet gas compression system is projected to increase recovery from the Gullfaks South Brent reservoir by 22 million barrels of oil...

... components have been subject to a systematic technology qualification process. The paper describes how Statoil's large scale laboratory facilities has been mandatory for full scale qualification testing as well as focus on quality to achieve the necessary level of confidence. The Subsea Compression projects...

... Abstract As part of the corporate technology strategy Statoil has launched a technology plan for the Subsea Factory concept. The plan describes how to combine subsea production and processing technology elements with key business cases and define enabling and cost-efficient field development...

... technology has been addressed since the mid 1990s. Statoil have, on behalf of the Pipeline Repair and Subsea Intervention (PRSI) Pool in Norway, developed new technology allowing remote controlled repair by hyperbaric welding of large diameter subsea pipelines in water depths down to 1300 meters. The new...

... experience will come from a growing number of injection sites, of which the experiences from the ongoing Snøhvit CO2 injection project are currently the most important. Statoil has injected CO2 at Snøhvit since 2008. Injection took place in the Tubåen formation which underlies the Stø Formation natural gas...

... units are under construction in Korea. One key take away so far is that competition in all levels of the product is a more important cost driver than the requirements, specifications and equipment. competition category strategy offshore technology conference design process rig statoil...

... Abstract At the end of 2009, Statoil commenced four mobile drilling units (MODU) for operation in the Gulf of Mexico (GOM) and on the Norwegian Continental Shelf (NCS). The MODUs were Aker Spitsbergen, Deepsea Atlantic, Maersk Developer and Discoverer Americas. They were in general...

...) for operation on the NCS, hence Statoil has decided to develop a new Mobile Offshore Drilling Unit (MODU) concept, " CAT D??, which we believe will be a " Workhorse rig??, tailor-made for Production Drilling in cold climatic-, mid water conditions on marginal- and existing mature fields on the NCS. The future...

... Abstract As Statoil and other companies find and develop oil and gas reserves in more remote, deep and harsh locations, in some cases with more challenging reservoirs and fluid properties, the technological challenges, qualification requirements and technical risks of deploying subsea...

... fatalities and long-lasting damage to the environment. Statoil has implemented a structured approach for assessing the condition of the safety barriers on their processing facilities as a key measure to control and reduce major accident risk. Performance Standards (PS's) are defined for each barrier and each...

... (2001) fields. configuration upgrade module interface otc 21786 tordis upstream oil & gas subsea system offshore technology conference vigdis field requirement adapter plate communication instrument knowledge management operation programme statoil subsea control module...

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... Abstract The paper provides an overview of and operating experiences with the subsea power supply systems for the Statoil fields utilizing high voltage power; Lufeng (seabed booster pumps), Troll (oil/water separation, water re-injection) and Tordis (separation, boosting, water re-injection...

... describes design and installation of the Tyrihans raw seawater injection and summarises the gas compression technology qualification activities underway for the Gullfaks 2030, Åsgard Minimum Flow and Ormen Lange Pilot projects. An overview of Statoil's future subsea processing opportunities...

..., and it is important to minimize both the operational and capital costs. Compact, inline separation devices can be a key technology for mature fields, and also for subsea fields at large water depths where the weight is critical. The Statoil operated Gullfaks licence has identified compact separation as a key...

... Abstract This paper describes the development of a novel design of smoothbore riser for dry gas applications. It has been developed for use on the Statoil operated Åsgard field located about 200 kilometres off mid Norway. Shortly after start-up of gas export from, what was then the world's...