危险品零担运输平台建设方案及其效益分析  

Construction plan and benefit analysis of dangerous goods Less-than-Truck-Load transportation platform

作　　者：王勇 WANG Yong(Sinotrans Chemical Intllogistics Co.,Ltd.,Shanghai 200126,China)

机构地区：[1]中外运化工国际物流有限公司,上海200126

出　　处：《计算机应用文摘》2023年第9期75-78,共4页Chinese Journal of Computer Application

摘　　要：文章提出了一种危险品零担运输平台建设方案,并对其效益进行分析。该方案针对市场上存在的大量小吨位、碎片化的危化品物流订单需求,以物联网技术和互联网思维为基础,构建全国危险品零担运输网络化运作平台。该方案利用现有车辆和RDC资源,建立电商物流接单平台,打通“最后一公里”配送节点,提高危化品物流运营效率和社会公共安全水平。具体方案包括信息化建设、运输网络建设、创新模式的优势等内容。该方案的优势在于实现了自动化、智能化技术的应用,提高物流节点的价值和效率;打造区域班线,提高货物集配送效率;实现全面线上化和全程可视化,打造共享经济和平台模式。该方案的实施预计将有助于降低制造业的物流成本,提高运输效率,促进物流产业的可持续发展。The article proposes a construction plan for a hazardous goods less than truckload transportation platform and analyzes its benefits.Aiming at the large number of small tonnage and fragmentation logistics orders of dangerous chemicals in the market,the scheme is based on the Internet of things technology and Internet thinking to build a national networked operation platform for less than truckload transportation of dangerous chemicals.This plan utilizes existing vehicles and RDC resources to establish an e-commerce logistics order receiving platform,connect the"last mile"distribution nodes,and improve the efficiency of hazardous chemical logistics operation and social public safety level.The specific plan includes information construction,transportation network construction,and the advantages of innovative models.The advantage of this solution lies in the application of automation and intelligence technology,improving the value and efficiency of logistics nodes.Create regional shift lines to improve the efficiency of goods collection and distribution.Realize comprehensive online and full process visualization,and create a sharing economy and platform model.The implementation of this plan is expected to help reduce logistics costs in the manufacturing industry,improve transportation efficiency,and promote sustainable development of the logistics industry.

关 键 词：危险品零担运输 物联网技术 互联网思维 运输网络 

分 类 号：TP319[自动化与计算机技术—计算机软件与理论]