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Innovative Technology for Ultradeepwater Gravity-Based Separators

机译：超深水重力分离器的创新技术

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The Troll subsea separation station is now in operation and isrnestablishing a working track record. The Troll subsearnseparation station separates water and oil and re-injects thernwater into a dedicated disposal well. The system is installed onrnthe Troll Field, located in the Norwegian North Sea (360 mrnwater depth). The Troll field would experience liquidrnhandling capacity problems if not for the subsea processingrnstation which relieves this problem.rnThe Troll subsea separation station is the only full size, subsearnseparation station actually installed and operating. Thernadaptation of this technology to ultra deepwater fields is arnmajor challenge, calling for application of new radicallyrnimproved methods for gravity based separation.rnThe oil and gas industry is known for its risk awareness, thusrnthe process of adapting subsea separation to ultradeep waterrnfields must be undertaken with care. However, in order tornmeet the demands of the future deepwater fields, some radicalrnchanges will be necessary.rnThis paper will focus on how subsea separation can be adaptedrnto Ultra deepwater fields, and which principles can be used inrnthe next generation of ultra deepwater subsea systems,rn“NuDeep” /1/
机译：巨魔海底分离站现已投入运营，并正在建立工作记录。巨魔次沉降分离站将水和油分离，然后将热水重新注入专用的处理井中。该系统安装在挪威北海（水深360毫米）的巨魔场上。如果不为海底加工站解决问题，Troll油田将遇到液体处理能力的问题，这可以缓解这一问题。Troll海底分离站是唯一实际安装和运行的全尺寸，亚水下分离站。这项技术对超深水领域的适应是一个巨大的挑战，要求应用新的彻底改进的基于重力的分离方法。石油和天然气行业以其风险意识而著称，因此，必须谨慎进行将海底分离应用于超深水域的过程。 。但是，为了满足未来深水油田的需求，有必要进行一些根本性的改变。本文将重点讨论如何将水下分离应用于超深水油田，以及哪些原理可用于下一代超深水海底系统， “ NuDeep” / 1 /

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