would not only reduce lead times but also build resilience against global disruptions. The events of recent years have shown how quickly shipping delays or component shortages can affect major infrastructure projects. Having a base of UK-based hydraulic and actuation specialists who understand offshore requirements is both an economic and strategic advantage. Training and skills are part of that picture too. The demand for technicians who can design, assemble, test and service hydraulic systems for renewables is growing faster than the current workforce can supply. This is an area where collaboration between industry and training providers could have an immediate impact. Apprenticeships, conversion programmes and short technical courses could bring more people into the field relatively quickly. Innovation in materials and digital integration is another area gaining momentum. New coatings and composite materials are improving corrosion resistance, while additive manufacturing is allowing for more compact and efficient designs. Meanwhile, the use of digital twins - virtual replicas of real components - means that hydraulic systems can be tested, simulated and refined long before they’re installed offshore. This not only speeds up development but helps anticipate wear and performance issues before they occur in the real world. One point often raised is whether hydraulics will remain dominant in turbine design as systems become larger and more powerful. Some manufacturers are already moving towards all-electric pitch systems. However, hydraulics still hold several advantages, especially for large offshore turbines. They offer higher force density, proven reliability, and better resilience against overloads, all critical factors when each blade can be longer than an airliner’s wing. It’s likely that for the foreseeable future, hydraulics will continue to play a major role, possibly in hybrid forms that combine the best of both technologies. Beyond the turbines themselves, hydraulics are also vital across the wider offshore renewable ecosystem. Installation vessels, jack-up rigs, cable-laying ships and floating platforms all rely heavily on hydraulic systems for lifting, positioning and stabilisation. The move towards floating wind, a key part of the UK’s future capacity, will only deepen that dependency. Mooring systems, ballast control, and tensioning equipment are all hydraulic domains. As the offshore sector grows, so does the need for a joined-up approach between fluid power specialists, turbine manufacturers and operators. It’s not just about supplying components, but about designing systems holistically from the control logic to the seals and fluids. Building those relationships early in project development can prevent costly redesigns later. If there’s a common thread running through all of this, it’s that the future of hydraulics in renewables will depend less on radical reinvention and more on refinement. The basic principles haven’t changed much in decades, but the expectations around reliability, monitoring, sustainability and integration have. That’s where the real progress is happening. Hydraulics might never be the headline act in renewable energy, but without them, many of the UK’s most ambitious projects simply wouldn’t turn. The opportunity now lies in making those systems smarter, cleaner and better suited to the demands of the offshore environment. SPECIAL REPORTS SPOTTLLIIGHTT COAX VALVES UK has announced it has introduced the new FMX range of compact, high flow, stainless steel externally controlled valves. With a new unique seat arrangement gives greater flow than comparable valves - features of the valve include: All wetted parts 304 stainless steel Port sizes 3/8” bsp through to 11/4” bsp Normally closed and normally open functions available; pressure range 0-16 bar in either direction; new design of endcap allows snap in mounting into manifold; reed switch sensing available; FKM seals with PTFE seat as standard; 3/2 pilot valve available with different electrical connections available; competitively priced valves and accessories held in stock. e| john.osborn@coaxvalves.co.uk w| www.fmx-valves.com COMPACT HIGH FLOW FMX VALVE Applied Pumps have secured an order to supply 100 pieces of SETTIMA SMT16B pumps from a UK manufacturer who design and build lubrication systems. The SETTIMA SMT16B pump is ideal for this type of application. The pump housing is manufactured from aluminium and capable of delivering 40 bar, this make the SETTIMA SMT16B pump cost effective; and with our product knowledge and support, you can rest assured you will have a reliable pumping solution. Applied Pumps have represented SETTIMA for over 10 years and with our increased stock levels we can delivery bareshaft or motorised pumps within a few working days. For more information email enquiries@appliedpumps.co.uk or contact our team on 01246 26102 who will be happy to discuss any requirement. SMT16B are available from stock. SETTIMA – TRIPLE SCREW PUMPS * Quiet, smooth running High flows * ATEX Ex certified * Oils, Fuels, Chemicals
RkJQdWJsaXNoZXIy MjQ0NzM=