3 Phase Separators on Floating Production Systems; Design and Control Philosophies

Recorded On: 06/28/2016

Floating production facilities are subject to motions due to waves, wind and currents (especially during stormy weather). Inherently the process equipment installed on such facilities, including the separators, is subject to these motions as well.

Since the separators are partially filled with liquid (oil and water), the liquid responds to the motions which leads to deviations in the liquid levels and/or sloshing. If the separators and internals are not designed to account for this, these effects can lead to bad separation performance, spurious level alarms, shutdowns and even damage to the separator internals. These consequences can lead to downtime and loss of production, which for many cases can be prevented through proper separator internals design and selection.

This webinar focuses on the different aspects and requirements that need to be considered in order to obtain an optimal separator and internals design for floating facilities. This prevents operational issues and damage to the equipment whilst maximizing uptime and performance. It is important to design for relevant weather conditions and motion cases to prevent over designing the equipment as this will impact the costs.

This webinar is categorized under the Production and Operations discipline.

SPE Webinars are FREE to members courtesy of the

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Sander Baaren

FMC Technologies Separation Systems

Sander obtained his MSc in Mechanical Engineering from the University of Twente in the Netherlands in 2012 where he specialized in Computational Fluid Dynamics (CFD). After graduating Sander has been working for FMC Technologies Separation Systems (formerly CDS Engineering) in The Netherlands and USA (current), where Sander has worked in CFD, Process Engineering and R&D and has been responsible for the CFD evaluation of separation equipment for more than 50 projects over the last 4 years.

SPE Webinars are FREE to members courtesy of the

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Webinar
06/28/2016 at 9:30 AM (EDT)   |  90 minutes
06/28/2016 at 9:30 AM (EDT)   |  90 minutes Scheduled for 90 minutes.
Certificate
0.15 CEU credits  |  Certificate available
0.15 CEU credits  |  Certificate available CEU Credit