Fmc Kongsberg Subsea As

Tine Bauck Irmann-Jacobsen

Stein Følkner

Reidar Barfod Schüller

Brian R Gyles

Erik Baggerud

Bjarte Haegland

Reidar Barfod Schuller

Atle Jensen

Magnus Huse

Stein Folkner

Bjarte HÆGLAND

A cooler system has at least first and second coolers which are arranged in series, at least a third cooler which is arranged in parallel with the first and second coolers, and at least one flow control device for directing a fluid flow through at least one of the coolers. At least one of the coolers includes a bypass circuit or a recirculation loop for the fluid flow.

Active control of subsea coolers

The present invention regards a manifold for use in a flow system, comprising a longitudinal main pipe section () with one inlet () connectable to a feed pipe () and at least two outlets () arranged in a row along the main pipe section (), where a center axis () of the main pipe section () during normal use extends in a mainly horizontal direction. The outlets () are arranged in a lower half of the main pipe section () and connected to outlet pipe sections () arranged with a center axis () extending with an downward angle from the main pipe section (). The invention also regards a method for distributing a mixed flow into several pipes and a method for cooling a multiphase fluid.

Manifold flow splitter

The present invention regards a subsea cooling unit comprising a first header pipe (), a second header pipe () having its longitudinal axis substantially parallel with and in a distance from the first header pipe, and arranged between the first and second header pipe, at least one set of cooler coils (); where the at least one set is formed such that the coils of the one set is arranged in one plane.

Subsea cooler

Growing community of inventors

Hvalstad, Norway

Tine Bauck Irmann-Jacobsen