Waste recycling is becoming one of the most concerned issues in the field of environmental conservation. This study developed environmental friendly alternative binders for permeable asphalt concrete suitable for Low Impact Development by recycling engineering wastes including crumb rubber powder and recycled oil to prepare high-viscosity asphalt binders. Firstly, three waste-based high-viscosity asphalt binders (WHABs, including D-Ⅰ, D-Ⅱ and F) and TAFPACK-SUPER (TPS) modified asphalt (TMA, control sample) were prepared. Then four binders’ characterization were detected by FT-IR, SEM-EDS and TG-DSC. Finally, the pavement performance including viscosity, viscoelasticity, high-temperature, low-temperature and storage stability performance were investigated. Chemical structure and micro morphology illustrated that WHABs had better chemical stability and aging resistance than TMA, and thermal stability indicated that the four binders were similar. Analyses on pavement performance revealed that WHABs had similar pavement performance to TMA, especially the D-Ⅰ and F, which had obvious advantages in aging resistance, temperature sensitivity in the range of 30–80 °C, high-temperature performance, low-temperature performance and storage stability. This study demonstrates that crumb rubber powder, recycled oil and appropriate additives can contribute to well-performance high-viscosity asphalt binder, which will be one of mainstreams for the future development in high-viscosity asphalt binder area. Keywords: High-viscosity asphalt binder; Crumb rubber powder; Recycled oil; Viscosity; Pavement performance.

废物回收正成为环境保护领域最关注的问题之一。这项研究通过回收包括碎屑橡胶粉和回收油在内的工程废物来制备高粘度沥青粘合剂，从而开发了适用于低冲击发展的可渗透沥青混凝土的环保替代粘合剂。首先，制备了三种基于废物的高粘度沥青粘合剂（WHAB，包括D-Ⅰ，D-Ⅱ和F）和TAFPACK-SUPER（TPS）改性沥青（TMA，对照样品）。然后通过FT-IR，SEM-EDS和TG-DSC对四种结合剂进行了表征。最后，研究了路面性能，包括粘度，粘弹性，高温，低温和储存稳定性。化学结构和微观形貌表明WHABs具有比TMA更好的化学稳定性和耐老化性，热稳定性表明这四种粘合剂相似。路面性能分析表明，WHAB的路面性能与TMA相似，尤其是D-Ⅰ和F，在抗老化性，30-80°C的温度敏感性，高温性能，低温方面具有明显的优势。性能和存储稳定性。这项研究表明，碎胶粉，再生油和合适的添加剂可以促进高性能的高粘度沥青粘合剂，这将成为高粘度沥青粘合剂领域未来发展的主流之一。关键词：高粘度沥青胶结剂 橡胶粉屑 再生油；粘度；路面性能。