CleanWinTur – An ultrasonic system for anti-fouling and condition monitoring of offshore wind turbines

Lead Participant: 3-SCI LTD

Abstract

"Offshore wind energy has been instrumental in reducing greenhouse gas emissions and rendering the UK less dependent on imports to cover its energy needs. As such, large investment programmes and favourable legislation have been driving growth in the sector with overall capacity doubling every five years, a trend that is set to continue by 2030. However, offshore wind energy costs remain high and the increasing depth and distance from the shore continue to drive maintenance costs up, particularly those associated with accessing the turbines for maintenance crews. In particular, dealing with marine growth through traditional means (i.e. manually cleaning the access ladders) becomes increasingly costly, challenging, dangerous, and ineffective.

CleanWinTur will automate this process with a permanently installed system that will utilise techniques such as ultrasound, UV-C and thermal sterilisation to prevent marine growth on the access ladders, reducing respective costs and dangers.

Lead Participant

Project Cost

Grant Offer

3-SCI LTD £629,530 £ 440,671
 

Participant

PLANT INTEGRITY LIMITED £27,574 £ 13,787
RWE RENEWABLES UK LIMITED £5,064
BRUNEL UNIVERSITY LONDON £436,023 £ 436,023
REECE INNOVATION CENTRE LIMITED £3,290 £ 1,645
N.D.T. CONSULTANTS LIMITED £65,326 £ 45,730
THE EUROPEAN MARINE ENERGY CENTRE LIMITED £129,844 £ 129,844
ORE CATAPULT DEVELOPMENT SERVICES LIMITED £101,801 £ 71,261
INNOVATIVE TECHNOLOGY AND SCIENCE LIMITED £446,036 £ 312,225

Publications

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