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+86-151 7315 3690( Jessie Mobile)
ACME Xingsha Industrial Park, East Liangtang Rd. , Changsha City, Hunan
WASTE WIND MILL BLADE RECYCLING EQUIPMENT
The wind turbine blade recycling integrated system employs microwave pyrolysis technology for the environmentally sound treatment and resource recovery of decommissioned wind turbine blades and related materials. Through an intelligent temperature control system, the equipment efficiently pyrolyzes the feedstock, yielding pyrolysis residue and high-temperature oil-gas mixture. The pyrolysis residue undergoes low-temperature oxidation to recover reusable carbon fibers. The high-temperature oil-gas is processed through a condensation system to recover pyrolysis oil, while non-condensable gaseous products are combusted and discharged in compliance with emission standards.
- Technical Features
- Related optional configuration
Product Description
The wind turbine blade recycling integrated system employs microwave pyrolysis technology for the environmentally sound treatment and resource recovery of decommissioned wind turbine blades and related materials. Through an intelligent temperature control system, the equipment efficiently pyrolyzes the feedstock, yielding pyrolysis residue and high-temperature oil-gas mixture. The pyrolysis residue undergoes low-temperature oxidation to recover reusable carbon fibers. The high-temperature oil-gas is processed through a condensation system to recover pyrolysis oil, while non-condensable gaseous products are combusted and discharged in compliance with emission standards.
Technical Parameters
■ Model: PTF-460/300-2
■ Feed Material Type: Recycled carbon fiber wind turbine blade scrap
■ Annual Processing Capacity per Unit: Customizable based on throughput
■ Footprint: Approximately 108 m²
Technical Featurese
■ Utilizes continuous microwave heating with continuous feeding via material carts, enabling processing of large-sized turbine blades and recycling of large-format carbon fibers.
■ Incorporates a pyrolysis oil-gas condensation recycle system to collect pyrolysis oil, with a secondary combustion chamber for treating non-condensable gases, ensuring resource recovery and compliant emissions.
■ High resource recycling efficiency, effectively reclaiming carbon fibers from waste blades with minimal performance degradation for advanced waste valorization.
■ High level of automation
■ Sectional temperature control for precise regulation
■ Real-time monitoring of oxygen content and pressure, with centralized interlock control via PLC and host computer
■ Equipped with automatic inert gas emergency system and safety explosion relief system to prevent emergencies
■Furnaoe Lining Material: Aluminosllicate Fiber / Alumina Ceramic Fiber / High-Alumina Refractory Brick
■Fumace Tuhe Materia: SUS304/SUS310S/RA330/RA600/ZG45Cr28Ni485Si2 (Similar to AC1 HKor equivalent high-temperature alloy)
■Boat Pushing Method: Fully Autonated Manipulatow
■Feeding & Discharging: Fully Automatic Feeding with External Recirculation Track Discharging (
■Automatic Feeding & Discharging / Automatic Boat Pushing
■PLC: Siemens
■peration Panel; Industrial PC (IPC)
■Temperature Controller. Jumo /Eurothem
■Thermocouple: Type S (Platinum-Rhodium
■Electrical Components: Schneider / Siemens
■Recorder Paperness Recorder / Chart Recorder; Impoted / Domestic


