市场概况

纤维增强塑料以其轻质和耐用的特性而闻名, 具有高耐化学性等显着特性, 优越的拉伸强度, 对温度变化的耐受性, low thermal expansion, and stiffness. 最后, the production and consumption of these products have experienced significant growth in recent years, resulting in a substantial increase in FRP waste. 因此, effective FRP waste management has become a pressing concern for numerous countries.

The Global Fiber-Reinforced Plastic (玻璃钢) Recycling Market is projected to witness substantial growth, 扩展自 99.9 千吨于 2023 到 151.8 万吨 2028, 年复合增长率为 8.73% during the forecast period spanning from 2023 到 2028.

In the medium term, the market’s growth is expected to be propelled by factors including the mounting accumulation of composite waste, stringent regulations governing composite disposal, and the implementation of new strategies aimed at promoting the reuse of carbon-fiber-reinforced plastic (CFRP). 反过来, challenges encountered during the recycling process, inadequate recycling techniques for CFRP, and the prolonged service life of CFRP leading to limited availability of composite waste are anticipated to hinder market growth. 尽管如此, continuous advancements in recycling composites present potential opportunities for the market.

The European region currently dominates the market; however, the North American region is expected to exhibit the fastest growth during the forecast period.

市场细分

市场根据多种因素进行细分, including product type, recycling technique, 最终用户, 和地区.

Segmentation by Product Type
Glass Fiber-reinforced Plastic
Carbon Fiber-reinforced Plastic
Other Product Types

Segmentation by Recycling Technique
Thermal/chemical Recycling
Incineration and Co-incineration
Mechanical Recycling (Size Reduction)

按最终用户细分
工业的
运输
Building And Construction
运动的
Other End-user Industries

按地区细分
北美 – 美国, 加拿大, 和墨西哥
欧洲 – 英国, 德国, 法国, 意大利, 西班牙, 和欧洲其他地区
亚太 – 中国, 日本, 印度, 韩国, 以及亚太地区其他地区
世界其他地区 – Latin America and Middle East and Africa

The glass-fiber-reinforced plastic (GFRP) segment holds the largest share of the global market in terms of product type. 然而, it is expected that carbon-fiber-reinforced plastic (CFRP) will exhibit the fastest growth throughout the forecast period. GFRPs are widely used due to their advantages, such as easy formation and excellent design flexibility. They find applications in various industries including construction, energy, 运输, national defense, chemical engineering, and electronic power. As the usage of GFRP increases, so does the quantity of waste generated from it.

Among recycling techniques, incineration and co-incineration are the largest segments. Co-incineration dominates this segment, driven by its growing usage in GFRP recycling. Incineration allows for energy recovery from waste combustion heat, which can be directly utilized or converted into electricity. 然而, air pollution caused by FRP combustion is a disadvantage of this technology. The combustion process generates fiber and ash by-products, which can end up as landfill debris and may even become hazardous waste. 而且, the conversion of heat to electricity has a low efficiency rate and fails to recover valuable fibers, resulting in negative environmental impact and financial loss.

现在, most CFRP and GFRP waste is destined for landfill or incineration. 然而, due to environmental concerns, legislative limitations, and increasing costs associated with these methods, their usage and demand are expected to decline in the future. Co-incineration, 另一方面, allows for both material and energy recovery. Cement kilns are used in the co-incineration technique, making it a cost-effective option for GFRP waste recycling. The waste is fed into the kiln, where the resin burns to provide energy, and the mineral constituent turns into calcium oxide, which acts as a feedstock for cement clinker production. This process eliminates any residue left after GFRP recycling.

Recycled FRPs find applications in the building and construction industry due to their lightweight nature, thermal insulation and stability, electrical insulation, and durability in corrosive environments. The construction industry is a major consumer of recycled FRP waste for various applications. Glass FRP recyclates are predominantly used in construction, along with significant amounts of carbon FRP recyclates. Recycled FRPs can be used as an alternative to traditional building materials such as steel and concrete. The global construction industry has experienced growth, with increased spending predicted in the coming years. The utilization of recycled FRPs in construction projects is expected to contribute to this growth.

In terms of regional dominance, Europe is expected to lead the global market due to increasing demand from countries like Germany, 意大利, 和英国. European countries have strict regulations against landfilling, which has led to the adoption of recycled plastics/composites. Recycled FRPs are being used in industries such as construction, aerospace, and wind power. The wind industry in Germany, 尤其, is committed to reusing or recycling obsolete wind turbine blades, leading to an increase in FRP waste from the sector. The rising decommissions of wind turbines, coupled with EU frameworks and policies on FRP waste management, are driving the FRP recycling market in Europe. The GFRP segment dominates the global market, but CFRP is expected to grow rapidly. Incineration and co-incineration are the primary recycling techniques, with co-incineration offering both material and energy recovery. Recycled FRPs have extensive applications in the construction industry due to their properties. Europe is the leading region, driven by strict regulations and increasing demand. The wind power industry, specifically in Germany, plays a significant role in driving the demand for FRP recycling. Italy also has a presence in the FRP recycling market with established pilot plants. Overall, these factors will greatly impact the demand for FRP recycling in the future.

竞争格局

The market for recycling fiber-reinforced plastic (玻璃钢) is characterized by a high degree of fragmentation. Leading recycling companies collaborate with composites and original equipment manufacturers (整车厂) to procure and recycle FRP waste. Some notable recycling companies operating in this space include Aeron Composite Pvt. 有限公司, Carbon Conversions, Carbon Fiber Recycle Industry Co. 有限公司, Carbon Fiber Recycling, Conenor Ltd, Eco-Wolf Inc., Gen 2 Carbon Limited, Global Fiberglass Solutions, Karborek Recycling Carbon Fibers, MCR Mixt Composites Recyclables, Mitsubishi Chemical Advanced Materials GmbH, Neocomp GmbH, Procotex, Toray Industries Inc., Ucomposites AS, and Vartega Inc.

最新行业发展

In August 2022, Vartega made an announcement regarding the expansion of its manufacturing facility. The facility, covering an area of 50,000 square feet, is expected to have a planned capacity of 2,000 metric tons per year. This expansion signifies a tenfold increase in production capacity compared to its previous capacity.

在五月 2022, Gen 2 Carbon entered into a strategic alliance with Deakin University in order to facilitate the advancement of carbon fiber recycling in Australia. As part of this alliance, Gen 2 Carbon expanded its conversion capabilities and also increased its sales efforts to tap into new regions.

已回答的关键问题

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