Market Outlook for Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System
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Author : Jane
Update time : 2025-05-26 19:12:10
Market Outlook for Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System
The market outlook of Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System is characterised by high growth and deep integration, and is gradually transforming from environmental protection equipment to strategic emerging industries under the multiple effects of policy driving, technology iteration and industrial upgrading. equipment to strategic emerging industries. The following is a comprehensive analysis based on industry dynamics and data:
The market outlook of Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System is characterised by high growth and deep integration, and is gradually transforming from environmental protection equipment to strategic emerging industries under the multiple effects of policy driving, technology iteration and industrial upgrading. equipment to strategic emerging industries. The following is a comprehensive analysis based on industry dynamics and data:
- The market scale: 1. stock market driven by China's annual output of FRP composite materials of more than 5 million tonnes, the stock of waste of more than 50 million tonnes, only the field of wind turbine blades after 2024 will produce about 200,000 tonnes of decommissioned blades each year. With the ‘double carbon’ policy to promote, it is expected that by 2025 the direct market size of glass fibre reinforced plastic recycling and treatment will exceed 8 billion yuan, if including the application of recycled materials and other derivative markets, the overall scale is expected to reach 20 billion yuan. 2. Incremental space is significant In Jiangsu, for example, more than 200 local environmental protection enterprises produce more than 100,000 tonnes of FRP trimmings annually, while the current comprehensive utilisation rate is less than 30%. If the national promotion of ‘classification collection - centralised treatment - resource utilisation’ model, is expected to release hundreds of billions of solid waste disposal market demand.
- From the local pilot to the national norms 1. Top-level design to strengthen the ‘Yangtze River Economic Belt Development Negative List’ explicitly requires glass fiber reinforced plastic recycling project equipped with intelligent monitoring system, Wuxi and other places on the resourceful use of the project to give a maximum of 2 million yuan incentives. The Ministry of Industry and Information Technology (MIIT) has included FRP recycling in the ‘New Material Industry Development Guide’, requiring the establishment of a large-scale recycling system by 2025. 2. Regional demonstration effect of a place in Jiangsu has built an annual treatment of 5,000 tonnes of glass fiber reinforced plastic trimmings closed-loop system, through the ‘shredding - grinding - reuse’ process to achieve the resource recovery rate, the relevant experience has been included in the ‘Yangtze River Delta Industrial Solid Waste Co-disposal White Paper’. This ‘government-led + enterprise participation’ model is being replicated across the country, and it is expected that in 2025, more than 20 prefectural-level cities will introduce special support policies.
- Technological breakthrough: Intelligence and refinement go hand in hand 1. Equipment upgrading - SOYU Machinery developed Retired Wind Turbine Blades (Fiberglass Products) Resource Utilization Disposal System and other new equipment, by increasing the dimension of crushing, the output particle size can be controlled at 200 mesh. By increasing the dimension of crushing, the particle size of discharged materials can be controlled within 200 mesh, which meets the demand of high-end composite materials recycling.
- Application Scenarios: From Industrial Solid Waste to High-end Materials 1. Deepening in Traditional Fields - Cement Kiln Co-disposal: The crushed FRP waste can replace 30% of coal, reducing carbon emission by 15%, while glass fibre ash can be used directly as raw material for cement, with the cost of substitution per tonne lower than that of traditional fuels by RMB 200 yuan. -Composites regeneration: 0.8% of the crushed bundled material can be mixed to make the cast body bending strength increase by 20%, the cost is only 1/30 of the short-cut fibre, and it has been applied on a large scale in the field of storage tanks and profiles. 2. Emerging Markets - New Energy: wind turbine blade crushed material can be used as lithium battery diaphragm reinforcing material after surface modification, so that the battery cycle life increased by 15%. - Construction building materials: water permeable bricks made of recycled glass fibre reinforced plastic powder mixed with cement, with compressive strength up to C30 standard and cost 12% lower than traditional products, have seen a surge in demand in sponge city construction.
- Future Trend: Standardisation and Internationalisation 1. Domestic Development - Park Operation: It is expected that more than 10 FRP recycling demonstration parks will be built in 2025, realising the closed-loop of ‘centralised collection-professional treatment-directed sales’, and reducing the transportation cost by 30%. 2. 2. International Expansion - Technology Export: Chinese enterprises are exporting the technology of resourceful disposal of retired wind turbine blades and FRP products to Southeast Asia and Europe to help the localities deal with solid wastes such as wind turbine blades, and the return on investment of the project reaches 25%. FRP shredding and crushing system has been upgraded from ‘environmental protection’ to ‘economic growth point’, and the compound growth rate is expected to exceed 20% in 2025.
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