An Innovative Oil Pollution Containment Method for Ship Wrecks Proposed for Offshore Well Blow-outs

AuthorsF. Andritsos (Joint Research Center) and Hans Cozijn (MARIN)
Conference/JournalOMAE Conference 2011, Rotterdam
DateJun 1, 2011

In the aftermath of the PRESTIGE disaster, an innovative system for the prompt intervention on oil pollution sources (primarily ship wrecks) at great depths was conceived at the Joint Research Center of the European Commission. This system, with some re-engineering, could also serve for collecting oil and gas leaking after an offshore well blow-out and could constitute a reference method for prompt intervention on deep water oil pollution sources like ship wrecks and blown-out offshore wells. A large fabric dome, solidly anchored at the sea bed, covers entirely the pollution source and channels the leaking oil to a large open bell-shaped reservoir just under the sea surface so as not to be affected by the waves. Oil occupies the upper part of the bell and is periodically recuperated by a shuttle tanker while water escapes from the open bottom. The buoyancy of the reservoir keeps the whole system in tension. The concept was validated and optimized through detailed engineering, laboratory experiments and numerical simulations performed by a consortium of European institutes and industries in a dedicated collaborative research project called DIFIS (Double Inverted Funnel for the Intervention on Shipwrecks). The project resulted in a light, modular and easy to deploy system design. S

You will need an account to view this content

To view this content you will need a login account. If you already have an account you can sign in below. If you want an account then you can create one.

manoeuvring and nautical studiesstability, seakeeping and ocean engineeringwaves, impacts and hydrostructuralmeasurements and controldata sciencerenewablesoffshore operationsoil and gasinfrastructuremarine systemslife at seaauthorities and regulatorstransport and shippingmodel testingresearch and developmentaccident investigationsextreme conditionsloads and responsesmooring and offloadingmotionsvortex induced motions (vim)wavesoffshore engineeringresearch