

Wind Energy’s Recycling Challenge
In recent decades, wind energy has surged across the globe, offering a cleaner alternative to fossil fuels and contributing significantly to the global shift toward renewable energy. However, with growth comes challenges. Most wind turbines have a lifespan of about 20 years, and as the first wave of large-scale wind energy projects reaches the end of their operational lives, a new issue arises: what happens to decommissioned wind turbines? The vast infrastructure that once harnessed the wind’s power now presents a growing waste problem.
Turning Wind Waste Into Surf Innovation
Fortunately, innovative thinkers are stepping up to find sustainable solutions, ensuring that these massive structures do not simply become landfill waste. One such solution is being pioneered by ACCIONA, a global leader in renewable energy, which has found a unique way to give wind turbine blades a second life—by turning them into surfboards.
ACCIONA has partnered with professional surfer Josh Kerr and his surfboard brand, Draft Surf, to develop the world’s first surfboards made from decommissioned wind turbine blades. This groundbreaking initiative not only addresses the challenge of recycling wind turbine blades but also demonstrates the potential for repurposing industrial materials in creative and practical ways.
Addressing a Growing Need
With thousands of wind turbines across the world approaching decommissioning, experts predict that countries like Australia will soon have a significant volume of waste material to manage. ACCIONA’s global sustainability director, Mariola Domenech, recognizes the urgency of finding solutions now rather than waiting for the problem to escalate.
“We know that in the next 10 to 15 years, countries like Australia will have a large volume of decommissioned wind turbine blades, so we’re acting now to explore new ways to recycle and reuse the material they are built from,” Domenech stated.
The surfboard prototype was developed using material from a retired wind turbine blade from ACCIONA’s Waubra wind farm in Victoria, Australia. The innovative design incorporates repurposed blade strips built into the deck of the surfboard, enhancing both strength and flexibility.
Crafting a High-Performance Surfboard
Beyond using turbine materials in the deck, the surfboard’s fins are also made from recycled fiberglass, which contributes to stability, drive, and speed—key attributes for high-performance surfing. The outer shell integrates recycled turbine blade particulates into the fiberglassing process, ensuring the board remains strong while making use of repurposed materials.
As part of ACCIONA’s “Turbine Made” initiative, the project has produced ten prototype boards, marking Australia’s first organized effort to upcycle retired wind turbine blades into new consumer products.
Pioneering the Circular Economy
Most elements that make up a wind turbine, such as steel and copper, can be readily recycled. However, wind turbine blades pose a unique challenge due to the composite materials they are made from, which can be difficult to break down and repurpose. ACCIONA’s approach of layering this material into surfboards represents a significant step forward in the circular economy, offering a tangible example of how industrial waste can be transformed into valuable new products.
“The creation of a surfboard prototype, developed locally, is an example of how we’re reimagining the materials from decommissioned turbine blades and pushing the envelope of innovation when it comes to the circular economy,” Domenech explained in a video accompanying the launch of the surfboards.
This is not the first time ACCIONA has found innovative ways to reuse turbine blade materials. Previously, the company has integrated recycled blade components into sneaker soles and used them in solar trackers at a solar plant in Spain. These initiatives highlight the versatility of recycled turbine materials and the potential for developing new industries around sustainable reuse.
Expanding Recycling Efforts
Looking ahead, ACCIONA has ambitious plans to scale up its wind turbine recycling efforts. The company is currently developing a dedicated blade recycling plant in Navarra, Spain, which is expected to become operational by 2026. The facility aims to process up to 6,000 tons of material per year, creating an estimated 100 jobs and further advancing the company’s commitment to sustainability.
“Sustainability isn’t just about reducing waste—it’s about product stewardship, ensuring that what we build today doesn’t become tomorrow’s environmental challenge,” Domenech emphasized.
A New Wave of Sustainable Surfing
For professional surfer Josh Kerr, the opportunity to be part of this pioneering project was an easy decision. His brand, Draft Surf, aligns with ACCIONA’s vision of pushing the boundaries of sustainability in sports.
“When ACCIONA approached us about being part of the solution and working together to create these surfboards, we jumped at the opportunity,” Kerr said.
“At its core, our brand is about enabling the best surfing experience with quality products in a sustainable way—which aligns with ACCIONA’s vision for Turbine Made.”
The real test of the boards, of course, is how they perform in the water. After riding the prototype, Kerr was impressed.
“Far out,” he remarked. “That was not what I was expecting. We definitely pushed some boards to their limits, and they held up beautifully, performed great, and wow, the waves were something special.”
A Model for Future Innovation
ACCIONA’s surfboard project is an inspiring example of how industries can collaborate to address sustainability challenges in creative ways. By transforming wind turbine waste into high-performance surfboards, the company is not only reducing landfill waste but also setting a precedent for other industries to explore innovative recycling solutions.
As the global wind industry continues to grow, finding ways to repurpose decommissioned turbines will be crucial in minimizing environmental impact. If projects like this continue to gain momentum, the future of sustainability might just be as exhilarating as catching the perfect wave.
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