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Jens Elton Andersen. If you are interested to become a speaker please contact us on speakers fortesmedia. Looking for additional exposure at the conference? But climate targets are the ever-growing elephant in the room. This will allow renewable energy to decarbonize larger shares of our primary energy consumption beyond the current power sector, moving faster into transportation, heating, and industrial processes.

Offshore wind and hydrogen should prepare for a very bright future together. The turbines will be the largest installed on floating foundations to this date. The new wind farm will be located 20 kilometres from Viana do Castelo at a depth of metres. Yvan Leyni, Engineering and Projects Director of Bourbon Subsea Services, explains that Bourbon performed the installation of the original WindFloat prototype turbine, installed offshore Portugal in WindFloat 1's 2MW demonstration project operated from to The mooring system is made of chain and variable lengths of nylon rope, requiring high tensioning during installation.

When completed, a further six V The turbines will be installed in depths ranging between 45 and metres and connected by inter-array cables. The Bourbon project management team worked in close collaboration with Cobra Wind, and the designer of the semi-submersible floating foundations, Principle Power, as well as the mooring system provider, which was also Vryhof.

Mr Leyni explains that one important part of the Kincardine project was the alignment between all the parties regarding the specifics offshore given the floating concept. Bourbon brought its key offshore experience in towing, anchoring and mooring operations. Of course, a floater has a different shape and its behaviour is very different to a vessel.

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But we all worked together with the client to find the best solution. This is why we do the ballasting when we get offshore. When ballasting the floaters and they are going down into their final position, in port there may not be enough depth by the quayside.

Bourbon has a deep understanding of the overall process now. The Kincardine installation was performed seamlessly, and offshore ballasting went smoothly and on schedule. Windfloat Atlantic For Windfloat Atlantic, Bourbon is responsible for the pre-installation of the mooring system in the initial phase when the three sets of three mooring lines will be pre-laid in June. After full assembly and onshore commissioning, the three wind turbines will be towed to the offshore site and the mooring lines will be hooked up to the floater in a second offshore phase, which will also include the installation and hook up of the inter-array electrical cables.

Bourbon will provide marine assets required for the different phases of the operations, including Anchor Handling Tug Supply vessels, tugs, and Remotely Operated Vehicles. Windfloat is a semi-submersible project rather than a spar installation and it is not in very deep waters, m. We are relying on the design of the mooring system and using the right anchor design. Since then, it has been working closely with the client WindPlus and Principle Power, optimising installation solutions.

The three floaters are not all fabricated in one location. Two floaters are being built at Setubal, near Lisbon and will be towed to Ferrol for assembly. The trio will then be towed after turbine assembly to the site location 20km from Viana do Castelo. It is not complex, but a different shape — triangular - to what we are used to in the offshore industry and this makes the berthing operation very different. A spar- type is assembled and upended offshore or on site. This is the big difference with the semi-submersible system, where it is built on land, assembled at the quayside and then towed out to the final location.

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It is important we complete the whole operation before autumn. The mooring will be pre-installed in June with the anchor chains and synthetic lines. To be efficient we have to make sure we optimise the schedule. Faccin's single-operator wind tower automation system is used all over the world by the most exigent manufacturers of rolled cans for offshore and onshore wind towers that require top precision, high productivity and long-term reliability.

This is no longer a demonstration project. The rapid increase in the size of the turbines highlights the dramatic evolution of the floating wind industry. We are learning alongside our client. We want to make sure there are no surprises offshore, so many tests are underway so we are thoroughly prepared. Buoyant prospects for floating wind Mr Leyni is confident that floating wind has a great deal of potential. Floating can go very deep, farther offshore and into greater depths where the wind is stronger and more consistent.

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The main question today is, can floating be economically viable? We had this evolution with the fixed bottom sector. We are now working towards reducing costs and to the stage when we have floaters. But there has already been a steep growth in just over 12 months. Model tests on larger scale floating farms Bourbon is looking at larger scale projects with turbines and trying to understand the challenges and issues.

Along with clients, the company is testing model-scale wind farms. We have got the actual figures. We know about the details of the mooring installation operations and this is important information that can be used in computations for larger floating wind farm studies. This data can be fed into the models and then we can examine cost reduction potential. This is not theory, but actual information based on our own experience!

We want to be a key player in the installation phase of these projects and we also want to have a broader scope of activities such as cable laying. There is a new confidence that we have passed the demonstrator phase and moved to the pre-commercial stage. The company, striving to optimise installation solutions to minimise costs and risks, has initiated several internal studies to anticipate the move to commercial projects, he points out. More recently, Vryhof technology was chosen for the Scottish Kincardine wind farm, which was established in the summer of and currently the company is gearing up for WindFloat Atlantic wind farm project.

I like the drive and courage people have in this sector. Initially, floating energy was hardly spoken about at the offshore wind conferences. However, I believed in it, and Vryhof has put a lot of effort and energy into the sector which is now paying off. We can bring benefits to the whole supply chain. Ozmutlu points to the Japanese projects where the company initially participated in the pioneering Fukushima Forward demonstration project, comprising two Hitachi turbines 2MW and 5MW. The soil analysis of the seabed had shown that it was not sandy as originally planned for, but consisted of soft rock and mudstone at all of the platform mooring installation sites.

This meant they would have to use piling, which could multiply the foundation and installation costs for the project five- to seven-fold when compared to our dragembedment fluke anchor solution! Therefore we decided the only way to convince them was to carry out a full-scale test of the anchor to demonstrate its behaviour.