China’s Ming Yang Smart Energy has unveiled the MySE23X, an offshore wind turbine blade made of carbon fiber. carbon fiber completely recyclable. This development stands out not only for its length of more than 110 meters, but also for its ability to be chemically disassembled without the need for high temperatures or pressures.
Thanks to a degradation process that operates under mild conditions, the components of this shovel can be separated without damage and subsequently reused. This is in contrast to thermosetting resins used in conventional shovels whose recovery requires costly and inefficient processes.
Recyclable wind blade as a circular solution to an old problem
For decades the wind industry has accumulated millions of tons of blade waste. Until now, the options were to bury them or reuse them with little added value. With the MySE23X, Ming Yang proposes a design-integrated alternative that allows complete recovery of its structural materials.
The pultruded carbon fiber panel used in this new technology offers a combination of low weight and high strength. low weight and high strength key to large-scale large-scale wind turbines in offshore in offshore environments.
Industrial efficiency and commitment to sustainability
The development of this shovel represents not only a technological breakthrough but also a firm step towards a circular energy supply chain. The recycling approach designed from the outset allows Ming Yang to align with global ESG criteria and consolidate its position as a benchmark in clean energy solutions.
While other companies have tested recyclable materials, Ming Yang introduces a rare combination: carbon fiber, total recycling and scalability. The MySE23X could usher in a new era for industrial wind energy. industrial wind energy.
Source and photo: Ming Yang