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风力发电复合材料叶片废弃物的几种处理方法分析
引用本文:张建川,张前峰,蔡红军.风力发电复合材料叶片废弃物的几种处理方法分析[J].材料科学与工程学报,2012,30(3):473-482.
作者姓名:张建川  张前峰  蔡红军
作者单位:1. 上海玻璃钢研究院有限公司,上海,201404
2. 上海培生船艇有限公司,上海,200123
3. 中国人民解放军驻上海航天局中心代表室,上海,201109
摘    要:在简述风电叶片发展历史同时,对叶片制造特点及其相关废弃物来源、后期数量、处理必要性与可行性等进行了详细阐述。随后根据风力发电复合材料叶片废弃物相关特点等,从环境影响、处理费用、处理所得物用途三方面,对物理粉碎法、材料再循环与能量回收结合法、水泥制造法、焚烧热能法四种可能处理方法进行了深入分析;分析得出因废弃物本身及处理后可替代物价值较低,进而致使处理时环境效益或有一定优势,但经济效益不理想。最后根据该类废弃物特点及处理分析结论,并结合我国实际情况,建议后期优先发展水泥制造法,适时适地适当发展焚烧热能法、物理粉碎法。

关 键 词:风力发电  复合材料叶片废弃物  处理  物理粉碎法  材料再循环与能量回收结合法  水泥制造法  焚烧热能法

Analysis on Treatment Methods of Composite Blade Wastes of Wind Turbines
ZHANG Jian-chuan,ZHANG Qian-feng,CAI Hong-jun.Analysis on Treatment Methods of Composite Blade Wastes of Wind Turbines[J].Journal of Materials Science and Engineering,2012,30(3):473-482.
Authors:ZHANG Jian-chuan  ZHANG Qian-feng  CAI Hong-jun
Affiliation:1.Shanghai FRP Research Institute Co.Ltd,Shanghai 201404,China;2.Shanghai Pei Sheng Boat Co.Ltd, Shanghai 200123,China;3.The center military representative chamber of Chinese People’s Liberation Army at Shanghai Academy of Spaceflight Technology,Shanghai 201109,China)
Abstract:The development history of the blades for wind turbines was described briefly,while the manufacture characteristics of the composite blades and related sources,later amount,treatment necessity and possibility,and so on were set forth in detail.Then according to related characteristics of the composite blade wastes,four kinds of possible treatment methods,including mechanical material recycling,material recycling/energy recovery by pyrolysis,material recycling by cement manufacturing and energy recovery by incineration,were analyzed from the points of view of environment influence,treatment cost,and treatment products recycling.The conclusions are that the environmental benefit has certain advantage,but the economic benefit is not so good,because the value of waste itself and the probable substitute materials are poor.Finally,according to the waste characteristics,their treatment analysis conclusions and combining the actual circumstance in China,it is suggested that the comprehensive processing techniques such as material recycling by cement manufacturing should be developed preferentially,and both the energy recovery by incineration and the mechanical material recycling should be developed adequately in right place and right time.
Keywords:wind power  composite blade waste  treatment method  mechanical material recycling  material recycling/energy recovery by pyrolysis  material recycling by cement manufacturing  energy recovery by incineration
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