With the continuous growth of global wind power installed capacity, the wind energy industry is not only driving the energy transition but also facing the critical issue of blade recycling. As a core component of wind power equipment, turbine blades typically have a service life of approximately 25 years. As the first large-scale wind turbines installed in the 1990s gradually reach their end-of-life, how to achieve environmentally friendly processing and circular utilization of blade materials has become a key focus for the industry.

From Challenge to Opportunity: The Green Rebirth of Decommissioned Blades
For a long time, decommissioned wind turbine blades were mostly disposed of in landfills, which not only occupied land resources but also contradicted the sustainable development philosophy of the wind energy industry. Today, this situation is being transformed by technological innovation.

Industry pioneers have developed various solutions for blade recycling and reuse. For example, a company has successfully developed a new type of building material based on crushed blade material, with performance close to concrete, which can be widely used in construction and infrastructure projects. Additionally, through pyrolysis technology, composite materials in the blades can be decomposed into basic materials such as fibers and resins, enabling efficient resource recovery.

Composite Materials Are Irreplaceable, Recycling Technology Continues to Evolve
Turbine blades require extremely high strength, lightweight properties, and durability, and composite materials remain the only choice that can simultaneously meet these demands. Therefore, in the foreseeable future, composite materials will continue to dominate blade manufacturing, and the corresponding recycling and regeneration technologies will become key to achieving a green closed-loop in the industry.

Faced with the rapid expansion of global wind power installations, the number of decommissioned blades will also increase significantly. Promoting the commercialization and scaling of blade recycling technology is not only an environmental imperative but also crucial for the wind energy industry to achieve full lifecycle sustainable development.

We Are Committed to Promoting Green Development Across the Entire Wind Power Industry Chain
As an active participant in the wind energy sector, we always prioritize environmental protection and resource circulation in our technological research and business development. We are collaborating with industry chain partners to explore systematic solutions, including material innovation, recycling processes, and regeneration applications, aiming to build a complete green chain from blade production and use to recycling and reuse.

In the future, we will continue to invest in research and development, promoting the advancement and implementation of resource utilization technologies for decommissioned blades. We aim to help the wind energy industry truly fulfill its green commitment of "originating from nature and returning to nature" while contributing clean electricity.