UK-based Marginal Field Development Company (MFDevCo) has entered into an preliminary two-year settlement with Siemens’ oil and gasoline engineering subsidiary, Dresser-Rand Group.

Numerous “stranded fields” containing gasoline reserves have been recognized within the UK North Sea, nevertheless many are presently too small to be commercially viable for restoration.

It is hoped that using GTW will make their restoration extra financial.

GTW entails utilizing gasoline produced from North Sea fields to be generated into electrical energy offshore, after which transmitted to the shore by way of spare capability with subsea cables used for windfarms.

Due to the intermittence of wind, annual use of the infrastructure is usually round 40%, in response to the Oil and Gas Authority, leaving loads of spare capability for GTW.


The preliminary focus of the deal can be in bettering the worth and restoration of fields within the UK North Sea, however will even examine different tasks that Manchester-based MFDevCo is pursuing worldwide.

Siemens will present info and help to safe GTW tasks, in return for an unique first proper possibility to offer tools and providers to these tasks.

MFDevCo managing director Alison Pegram mentioned: “We are more than happy to be working with Siemens in our newest initiative to maximise the financial restoration of assets presently thought of stranded.

“I’m excited concerning the alternatives that gasoline to wire presents and inspired that an organization like Siemens shares our perception in each the potential and our plans.”

Both events have mentioned they hope to increase the preliminary two 12 months interval to a “long-term relationship”.

Rob Barnes, Head of Siemens Oil & Gas ERA Region, mentioned, “We are delighted to help the MFDevCo staff which has an actual perception into the viability of the marginal fields within the UK.

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“By making use of the correct applied sciences to the environment friendly improvement of those fields we imagine that the untapped potential of those property can be realised.”

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