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Recycling & Resource Recovery

Recycling & Disposal

We provide standardized recycling, sorting, pyrolysis, depolymerization and resource recovery services for retired wind turbine blades, aerospace composite scrap, hydrogen cylinders, UAV structural components and other composite waste, enabling high-value materials to re-enter the industrial cycle.

Scope of Recycling

Recycling Scope

Focused on high-value composite waste from retired wind turbine blades, aerospace applications, hydrogen cylinders and manufacturing processes, we provide compliant, traceable recycling, treatment and resource recovery services.

Wind Turbine Blades and Carbon Fiber Spar Caps
01

Wind Turbine Blades & Carbon Fiber Spar Caps

Recycling retired wind turbine blades, carbon fiber spar caps, pultruded carbon fiber plates and other high-value composite waste generated during production and decommissioning.

Aerospace Composite Waste
02

Aerospace Composite Waste

Recycling carbon fiber composite waste from aerospace components, prototype production, manufacturing offcuts, scrapped structures and other related processes.

Hydrogen Cylinders and Carbon Fiber Waste
03

Hydrogen Cylinders & Carbon Fiber Waste

Recycling end-of-life hydrogen cylinders, carbon fiber waste and production offcuts to recover valuable composite materials and return them to productive use.

Carbon Fiber Sheet Fabric and Processing Scrap
04

Carbon Fiber Sheet, Fabric & Processing Scrap

Recycling carbon fiber sheet, fabric, cutting waste and other manufacturing scrap through standardized treatment processes, enabling materials to re-enter the industrial cycle.

Recycling Process

Recycling & Resource Recovery Process

For waste carbon fiber composites and fiberglass-reinforced materials, Ever Carbon has established a standardized recycling process covering collection, pretreatment, separation, purification, testing and finished-product manufacturing, enabling high-value materials to return to the industrial cycle.

01

Collection

Compliant collection of retired wind turbine blades, aerospace composite scrap, hydrogen cylinders, UAV structural components and composite manufacturing waste.

02

Sorting & Classification

Materials are classified according to source, structural form, resin system and fiber content, establishing a clear foundation for subsequent recycling and treatment.

03

Size Reduction

Composite waste is mechanically pretreated and reduced to suitable dimensions for pyrolysis, depolymerization and subsequent material processing.

04

Separation & Purification

Integrated pyrolysis and depolymerization technologies separate fibers from resin matrices and produce stable, high-quality recycled carbon fiber materials.

05

Inspection & Testing

Key indicators including fiber length, carbon content, mechanical properties and cleanliness are tested to ensure consistent quality and reliable application performance.

06

Finished Products

Recovered carbon fibers are processed into granulated chopped fiber, un-sized fiber, chopped fiber products, surface mats, soft carbon felt and other recycled material forms.

Recycling Advantages

Why Choose Ever Carbon

Backed by industrial-scale pyrolysis capabilities and integrated resin depolymerization technologies, Ever Carbon provides standardized, compliant, stable and fully traceable recycling and resource recovery services for composite waste.

Ever Carbon Composite Recycling and Treatment Facility
Industrial-Scale Recycling

Industrial-Scale Recycling & Treatment Capability

01

Professional & Compliant Recycling

We provide professional recycling and disposal services for retired wind turbine blades, carbon fiber spar caps, aerospace composite scrap, hydrogen cylinders, UAV structural components and composite manufacturing waste.

02

Compliant & Fully Traceable

We maintain process records from source registration and material sorting through treatment, processing and recycled product output, supporting compliant waste management and full material traceability.

03

High-Value Resource Recovery

Through integrated pyrolysis and depolymerization technologies, fibers are separated from resin matrices and recovered for reuse in engineering plastics, molded composites, construction reinforcement and other applications.

04

Flexible Material Compatibility

Treatment solutions can be tailored to different material sources, specifications, resin systems and fiber contents, supporting stable, continuous and high-volume recycling requirements.

Recycling Inquiry

Recycling Consultation

If you have carbon fiber composite waste requiring recycling or disposal, including retired wind turbine blades, aerospace composite scrap, hydrogen cylinders, UAV structural components, carbon fiber sheets, fabrics or processing offcuts, please submit the relevant information. Our team will contact you promptly based on the material type, quantity and specific treatment requirements.

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