| 废旧沥青混合料温拌改性复合再生剂的开发及性能评价 |
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| 引用本文： | 屈文硕,贾海洋,吴禹,刘然,温胜强.废旧沥青混合料温拌改性复合再生剂的开发及性能评价[J].新型建筑材料,2020(1):150-154. |
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| 作者姓名： | 屈文硕 贾海洋 吴禹 刘然 温胜强 |
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| 作者单位： | 北京建筑大学;河南中原高速公路股份有限公司;北京市交通委路政局房山分局;河南省交通运输厅公路管理局 |
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| 基金项目： | 国家自然科学基金项目（51678028）;首都重点道路工程减灾减排技术及应用项目（20180205） |
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| 摘 要： | 将再生剂SJZ、增塑软化剂、SBS、稳定剂、降黏减阻剂(FC)复合制备了一种集再生、温拌及改性功能于一体的适用于废旧沥青混合料的温拌改性复合再生剂。正交试验和灰关联分析结果表明,改性复合再生剂的最佳配比为:m(SJZ)∶m(XR)∶m(SBS)∶m(稳定剂)∶m(FC)=40∶20∶10∶1∶10。该改性复合再生剂不仅能将老化沥青的性能提升到符合SBS改性沥青I-C的技术要求,还能降低混合料拌和温度并提高旧料掺加比例,体现了节能减排与废物综合利用的双重优势。
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| 关 键 词： | 废旧沥青混合料(RAP) 高效再生 温拌改性 复合 性能评价 |
Development of integrated warm-mix modification-recycling agent of RAP and evaluation on its performance |
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| QU Wensuo,JIA Haiyang,WU Yu,LIU Ran,WEN Shengqiang.Development of integrated warm-mix modification-recycling agent of RAP and evaluation on its performance[J].New Building Materials,2020(1):150-154. |
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| Authors: | QU Wensuo JIA Haiyang WU Yu LIU Ran WEN Shengqiang |
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| Affiliation: | (Beijing University of Civil Engineering and Architecture,Beijing Advanced Innovation Center for Future Urban Design,Beijing 100044,China;Henan Zhongyuan Expressway Co.Ltd.,Zhengzhou 450000,China;Fangshan Branch,Beijing Municipal Commission of Communications,Beijing 102488,China;Henan Provincial Transportation Department Highway Administration,Zhengzhou 450000,China) |
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| Abstract: | An integrated warm-modification-recycling agent of RAP with multi-function of regeneration,warm mix,and modification is developed by compounding the regenerant SJZ,plasticizer and softener,SBS,stabilizer,and viscosity reduction and drag reducing agent(FC).The orthogonal test and grey correlation analysis show that the optimal ratio of modified composite regenerant is:m(SJZ):m(XR):m(SBS):m(stabilizer):m(FC)=40∶20∶10∶1∶10.The modified composite regenerant can not only improve the performance of aged asphalt to meet the technical requirements of SBS modified asphalt I-C,but also reduce the mixing temperature and increase the proportion of waste materials,showing the dual advantages of energy saving and emission reduction,and comprehensive utilization of waste. |
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| Keywords: | RAP high efficiency recycling warm-mix modification formulation performance evaluation |
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