Sinoma Blades’ nearly 100-meter recyclable thermoplastic composite wind turbine blades successfully rolled off the production line

With the booming development of the world’s wind power industry, the problem of recycling retired wind power blades has attracted global attention. How to achieve efficient recycling and resource reuse of wind power blades has become a key issue restricting the green and circular development of the wind power industry and the realization of low carbon footprint goals.

Recently, the nearly 100-meter-level thermoplastic composite wind turbine blade developed by Sinoma Technology Wind Turbine Blade Co., Ltd. (hereinafter referred to as “Sinoma Blade”) successfully rolled off the production line at Sinoma Blade Funing Company. The blade is made of Arkema Group’s thermoplastic recyclable resin Elium®. It is currently the most advanced and mature thermoplastic recyclable blade in China, breaking the global thermoplastic composite wind turbine blade length record. The roll-off of the blade marks the Sinoma Blades has made a new breakthrough in the application of new green materials in wind turbine blades.

Sinoma Blades has carried out comprehensive layout and in-depth research on recyclable thermoplastic blade technology. Based on the mechanical properties of thermoplastic composite materials, we have carried out structural design of nearly 100-meter-level wind turbine blades, carried out systematic and comprehensive material-level testing and component-level testing, and have mastered the high-quality molding technology of thermoplastic blades.

As a leading company in the domestic wind power blade industry, Sinoma Blades has made unremitting efforts to promote the high-quality development of a truly recyclable wind power industry over the years, and is committed to maximizing sustainability goals in every step of the entire life cycle of wind power generation. stage. Sinoma Blade’s development of thermoplastic composite wind turbine blade technology has explored a green-designed recycling route for the industry and will provide useful reference for the green cycle and low-carbon development of the wind power industry.