电商包装废弃物逆向物流网络工程构建与回收模式优化研究

Research on Engineering Construction of Reverse Logistics Network and Optimization of Recycling Mode for Ecommerce Packaging Waste

摘要: 数字经济推动电商快递业务量持续攀升，随之而来的包装废弃物也呈爆发式增长。如何依托物流工程、循环工程技术高效回收处置这些废弃物，破解回收分拣、网络配输的工程难题，已成为物流行业绿色转型中最棘手的现实瓶颈。通过整合文献、统计数据和政策文件，结合物流网络优化、资源回收工程技术方法，本文对国内电商包装逆向物流的现状做了系统梳理，发现实践中至少有三组工程与管理层面的核心矛盾最为突出 —— 逆向物流网络空间布局失衡、分拣储运基础设施碎片化，现有回收模式工艺适配性差、盈利可持续性能力弱、同质化低端化，政府、企业、消费者等多元主体协同治理机制运行失灵。针对上述工程痛点与行业短板，本文提出一个基于节点优化、路径迭代的三级扁平化正逆向整合物流网络，并结合不同场景设计了三种差异化工程回收方案 —— 龙头自营型一体化回收体系、第三方协同式集散回收体系、以及政府–企业–社会联动型全域回收体系。同时，从工程经济激励、行业技术标准统一和智能化数字化监管三个方向，配套构建一套适配工程落地的可持续保障机制。研究形成适配我国城乡市场的电商包装废弃物系统化工程治理方案，能够有效提升包装废弃物回收分拣处置效率、缩减逆向物流运输配送运营成本，推动快递包装资源化循环利用，助力物流产业实现生态效益与经济效益协同高质量发展。

Abstract: The booming digital economy has continuously boosted e-commerce delivery volumes, leading to a sharp increase in packaging waste. It is a critical bottleneck for the green upgrading of the logistics industry to efficiently recycle and dispose of packaging waste via logistics and recycling engineering technologies, and solve practical problems in sorting and distribution network operations. Combining literature, statistical data and policy documents with logistics network optimization and resource recycling engineering methods, this paper systematically investigates the current situation of e-commerce packaging reverse logistics in China. Three core contradictions in engineering and management practices are identified, including unbalanced spatial layout and fragmented infrastructure of reverse logistics networks, poor process adaptability, low profitability and homogenization of existing recycling modes, and inefficient multi-stakeholder collaborative governance. Targeting these practical deficiencies, this paper constructs a three-level flat forward and reverse integrated logistics network based on node optimization and path iteration, and proposes three scenario-based differentiated recycling schemes: leading enterprise self-operation mode, third-party collaborative distribution mode, and government-enterprise-society joint governance mode. Furthermore, a sustainable engineering guarantee system is established from the perspectives of economic incentive, unified technical standards and digital intelligent supervision. This study forms a systematic governance scheme suitable for urban and rural e-commerce packaging waste recycling. It can significantly improve recycling and disposal efficiency, reduce reverse logistics operational costs, promote packaging resource recycling, and support the coordinated ecological and economic high-quality development of the logistics industry.