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Fluid handling solutions evolve to meet needs of larger offshore wind turbines

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Energy Global,

Better, more powerful, and more efficient fluid handling systems are urgently required to support the energy transition, according to Celeros Flow Technology.

Iulian Maciuca, the company’s Renewables Industry Sector Manager, said: “The race to decarbonise the world’s energy supply is placing new challenges on energy generation technology and by association on the safety-critical pumps and valves on which energy infrastructure relies. As a full lifecycle partner, Celeros Flow Technology is working to anticipate the operational and sustainability challenges of the renewables sector, ensuring that our flow control equipment and services continue to deliver the performance and reliability required to deliver the energy transition.”

Offshore wind is a prime example of the new challenges facing flow control equipment. Dogger Bank, the world’s largest offshore wind farm, is currently under construction of the coast of Northern England. It will deploy 277 turbines that are 260 m tall. They require a specialist vessel with a lifting capacity of 3200 t – another world record – to erect them. It is predicted that, by 2030, the industry will be deploying 20 MW turbines with rotors of up to 300 m in diameter. This growth in turbine size means that essential vessels such as jack-up rigs, self-elevating heavy lift crane barges, and wind turbine installation vessels (WTIVs) must be able to cope with the additional strain of transporting and erecting giant turbines.

Raw water (seawater) is critical to activities including drilling, firewater duties, and providing ballast on semi-submersible structures used in offshore wind turbine erection. Maximising operational life and minimising total cost of ownership of critical flow control systems is paramount, particularly in offshore installations which are less accessible for routine maintenance. The S&N Pumps range of ESPs from Celeros Flow Technology features high grade construction using robust, corrosion-resistant materials such as stainless steel. A Duplex material grade design is also available. These pumps can be oriented horizontally or vertically and are available in diameters of between 4 – 24 in. Equipped with powerful motors up to 750 hp, they can achieve flow rates of up to 4500 gpm.

ESP pumps may also form part of a pre-loading reel system which provides a means of storing, lowering, and retrieving a hose to secure a reliable supply of raw water. Designed to mount directly to the main deck, reel systems are an improvement on mounting the pump in the leg of the crane or platform and make deployment quicker and easier. However, the hoses can stretch, puncture or fracture, and this damage can lead to reel system snagging and related delays in deployment. Failure of a hose system can therefore be extremely expensive and cause major project delays.

Celeros Flow Technology offers a solution that minimises this risk. The E-Z Fit Reel System from S&N Pumps features a hose with reinforcing wire along its entire length. This reinforced hose will support the combined weight of the pumps, shroud and full water columns, eliminating hose stretch and extending hose life. The reinforcement of the hose is complemented by a custom engineered roller deployment system that intuitively maintains the radius bend of the hose throughout deployment and retraction. The E-Z Fit systems are easily retrofitted to an existing vessel or supplied for new construction.



For more news and technical articles from the global renewable industry, read the latest issue of Energy Global magazine.

Energy Global's Winter 2023 issue

The Winter 2023 issue of Energy Global hosts an array of technical articles weather analysis, geothermal solutions, energy storage technology, and more. This issue also features a regional report looking at the future of renewables in North America, and a report from Théodore Reed-Martin, Editorial Assistant, Energy Global, on how Iceland utilises its unique geology for renewable energy.

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