Volume 2 · Issue 6 (2025)
Study on the Construction of the Standard System for Highway Abnormal Indivisible Load Transport
Jian Xiao1, Shuangliang Dai1, Daiyue Wang2,3, Wangtao Liu1, Jianbo Wang1, Pengfei Li2,3
1 China Electric Power International Forwarding Agency Co.,Ltd., Beijing 100080, China
2 Beijing Xinqiao Technology Development Co., Ltd., Beijing 100088, China
3 Research and Development Center of Transport Industry of Automated Construction Technology, Beijing 100088, China
Abstract: Addressing the prominent issues in China's current standard system for highway abnormal indivisible load transport—including fragmentation, inadequate regulations in key links, and insufficient inter-regional coordination—this study conducts a systematic exploration of the system's construction. Guided by policy orientations and practical demands, and structured around pre-event, in-event, and post-event management phases, the research delves into the standardization pain points and core requirements of four key stakeholder groups: abnormal indivisible load manufacturing enterprises, transportation enterprises, construction units, and supervision authorities. A comprehensive standard system framework is established, encompassing seven major modules: basic commonality, enterprise management, permission management, traffic management, operation management, post-event supervision, and service management. The functional positioning and standard components of each module are clearly defined. This research contributes to advancing the full-chain standardized management of highway abnormal indivisible load transport, laying a solid standardization foundation for resolving the industry's dilemmas of "low efficiency, high risks, and poor coordination." It further enhances transportation safety and efficiency, providing robust support for the development of national major projects.
Keywords: Traffic engineering; Highway abnormal indivisible load transport; Standard system; system construction; Standardized management
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