Wind is a clean, efficient, fastest-growing, renewable energy source, which is extensively
applied for power generation. The expected design lifetime of a wind turbine lies between …

The review focuses on End-of-Life (EoL) strategies, with a primary emphasis on recycling
techniques, to manage fiber reinforced thermoset polymer waste from decommissioned wind …

It is estimated that 570 Mt of blade waste, whose management is complex and expensive,
will be generated by 2030 in the European Union alone. Accordingly, alternative blade …

Decommissioning end-of-life wind turbine blades (EoL-WTBs) presents significant waste
management challenges. This comprehensive review explores the recycling of EoL-WTBs …

The 3R (reuse, recycling, and recovery) waste management of wind turbine blades (WTBs)
is becoming a popular subject, since it has a great practical significance in the disposal of …

Many of the first wind-turbine installations are reaching the end of their useful life, so their
blades have to be replaced. Inexpensive, sustainable, and straightforward recycling …

The large number of wind farms that will have to be dismantled in coming years is prompting
a search for reliable wind-turbine-blade recycling methods, but there is not yet a broad …

The application of fiber‐reinforced polymer (FRP) composite materials and structures in
various industrial sectors is expanding significantly to meet the rising demand for efficient …

Fiber-reinforced polymer composites, reaching a production of approximately 2.56 million
tons in 2023 in Europe, display unique properties, yet they are disposed of at their end of …

It is estimated that there will be 85,000 tons of End-of-Life (EoL) wind turbine blades in
China by 2050. How to disposing discarded blades has become a significant problem …