
Innovation and technology for the recycling of wind turbine blades
We respond to the challenges of the wind energy industry by boosting the circular economy. Recovery of the components of wind turbine blades and their reuse in sectors such as energy, aerospace, automotive, textile, chemical or construction.
Objectives
// THE CHALLENGE IS ALREADY HERE
The end of the road for Europe’s wind farms
The first generation of wind turbines is reaching the end of its operational life. The industry needs a large-scale response.
FACT 01 / 03
TONNES IN 2026
Estimated number of shovels to be withdrawn from the Iberian market over the next three years.
FACT 02 / 03
TONNES IN 2030
Exponential growth in mixed waste is projected by the end of the decade.
FACT 03 / 03
CRITICAL FACILITIES
Wind farms that have reached the end of their technical lifespan and require decommissioning.
¿Did you know that 30,000 tonnes is equivalent to the weight of 133 Statues of Liberty?
// THE PROCESS
From a backhand to a loop shot
An integrated industrial chain that manages waste from the site right through to its new use.
Origin
Wind farm
Transport
Specialist logistics
Plant
Cortes, Navarre
New uses
Circular economy
// TECHNICAL COMPLEXITY
A complex waste stream requires an industrial solution
Recycling wind turbine blades is not a conventional process. It involves engineering applied to a material designed not to break.
01
Complex materials
Thermoset composites combining glass fibre, carbon fibre and non-conventional engineering resins.
02
Variability per blade
Each model features varied compositions, dimensions and geometries that require a tailored approach.
03
Critical logistics
Components measuring up to 80 metres that require specialised transport and integration into the value chain.
// FIND OUT HOW WE DO IT
Explore EnergyLoop’s entire value chain








