国外内河集装箱运输发展现状及趋势分析

通过对国外内河集装箱运输发展较好的主要国家和地区有关内河集装箱运输发展历程、航道及主要港口码头、船型及组织方式等基本情况的介绍,深入分析了国外内河集装箱运输发展的基本特点和主要趋势,总结了值得中国借鉴的国外内河集装箱运输发展经验。     

谈欧美内河集装箱运输的现状与趋势

此文介绍了欧美集装箱运输的主要航道、港口、船舶等基本情况,阐述了内河集装箱运输在综合运输体系中的地位及促进其内河集装箱运输的有关政策,并介绍了欧美内河集装箱运输发展模式和趋势。     

对上海内河集装箱运输发展的论述

集装箱运输对于我国经济发展有着非常重要的影响,上海作为我国国际化大都市,其内河具备发展集装箱运输的先天条件,因此应高度重视上海内河集装箱运输发展,充分发挥内河集装箱运输的优势,结合我国内河集装箱运输实际情况,积极进行创新和改进,推动上海内河集装箱运输的快速发展。本文分析了当前上海内河集装箱运输发展存在的问题,简要介绍了上海内河集装箱运输发展的必要性,阐述了上海内河集装箱运输发展的合理化建议,以供参考。     

浙江内河集装箱运输发展战略探讨

文章就浙江省内河集装箱运输发展现状、优势及不利因素进行了分析,提出了发展内河集装箱运输的建议和对策。     

关于湖州市内河集装箱运输发展的研究

近几年,湖州市在国贸大环境不安稳的情况下,依托国内首个内河水运转型发展示范区的建设,大力支持本市内河集装箱运输骨干企业的发展,不断完善内河集装箱的运输路线,极力推动集装箱河海联运的发展,实现了内河集装箱运输量的飞速增加。本文对湖州市的内河集装箱运输发展进行研究,并对内河集装箱运输发展提出了建议。     

发展内河集装箱运输的政府功能定位

阐述发展内河集装箱运输的战略意义,分析我国内河集装箱运输存在的主要问题,针对这些问题提出政府对于发展内河集装箱运输的功能定位.     

湖州市内河集装箱运输发展建议

正近年来,在国际贸易大环境不稳定的情况下,湖州市依托全国首个内河水运转型发展示范区建设,持续完善内河集装箱运输网络,大力扶持内河集装箱运输骨干企业,积极发展集装箱海河联运,实现内河集装箱运量快速增长。本文介绍湖州市内河集装箱运输发展现状,并针对湖州市内河集装箱运输     

宜兴内河集装箱运输发展探讨

内河集装箱运输兼具内河运输和集装箱运输的双重优势,是一种经济、高效、绿色、安全等的发展方式。宜兴是江苏内河集装箱发展起步最早的地区之一,本文立足宜兴内河集装箱运输现状,深入剖析多年发展未能形成规模的主要问题,提出加快宜兴内河集装箱运输发展的对策建议,以期为宜兴内河水运转型提升有所助益。     

论21世纪上海内河集装箱运输的发展

在酝酿新世纪我国港口集装箱运输的持续发展中,各界普遍关注的热点问题是沿海集装箱深水港的建设,而对于内河集装箱运输没有得到应有的重视.如目前的上海国际航运中心集装箱运输的集疏运系统中,通过公路、长江与沿海、铁路的集装箱集疏运量分别占总运量的48%、51%和1%,而通过江、浙、沪地区内河集疏运集装箱量的比例甚微,与国外著名的集装箱内河港和河口港的内河集装箱运输相比,上海内河集装箱运输落后了近一个世纪,这种状况与上海国际航运中心的建设的要求是极不相称的,应引起有关方面的重视.     

国外内河集装箱运输的发展历程和前景分析

1 欧洲内河集装箱运输 欧洲内河集装箱运输方式由于价格低廉、转船便捷，深受货主青睐。早在1969年莱茵河上就出现了第一条内河集装箱运输航线。河口海港和内河港口所在国政府为了提高港口的竞争力，都不遗余力地发展内河集装箱运输。     

欧洲集装箱内河运输经验借鉴

随着全球和区域经济网络的形成和发展,内河集装箱运输得到了迅猛发展,人们日趋认识到内河集装箱运输在集装箱多式联运体系中的重要价值和未来持续增长的潜力。为此,以欧洲集装箱内河运输经验为借鉴,对集装箱内河运输模式进行了分析,内容包括:内河集装箱发展演变特点、给予政府层面的集装箱内河运输推进模式等,在此基础上,对我国的内河集装箱运输,提出了若干建议。     

Optimal investment priority in container port development

The aim of this paper is to develop realistic and relevant investment planning models for inland container transportation systems. The models may be utilized to identify the most effective investment plan for inland transportation infrastructure development and to evaluate the inland container transportation system. The procedure enables determination of the optimal locations, sizes and time of container port developments as well as the optimal container cargo flows through transportation networks. A heuristic algorithm was developed for the purpose of evaluating alternative investment plans. Dynamic and linear programming methods are applied to each of the two planning problems: the former for the optimum container port capacity development problem and the latter for the optimal allocation of inland container traffic movements. The model has been applied to concrete inland container transportation system problems in Korea.     

Optimal investment priority in container port development

The aim of this paper is to develop realistic and relevant investment planning models for inland container transportation systems. The models may be utilized to identify the most effective investment plan for inland transportation infrastructure development and to evaluate the inland container transportation system. The procedure enables determination of the optimal locations, sizes and time of container port developments as well as the optimal container cargo flows through transportation networks. A heuristic algorithm was developed for the purpose of evaluating alternative investment plans. Dynamic and linear programming methods are applied to each of the two planning problems: the former for the optimum container port capacity development problem and the latter for the optimal allocation of inland container traffic movements. The model has been applied to concrete inland container transportation system problems in Korea.     

浙江省内河集装箱运输适用船型研究

分析当前浙江省内河集装箱船型情况,结合浙江省内河航道、跨航桥梁、控制性船闸等基础设施现状及发展规划,提出适合浙江省的内河集装箱发展船型,并分析其节能、高效、经济、适应性等特点。本研究对行业主管部门研究制定相关标准具有参考价值,对全国内河集装箱运输发展具有借鉴意义。     

集装箱船舶大型化的利与弊

分析集装箱船舶大型化所带来的港口水深、码头设施、堆场、起重机能力和内陆集疏运等一系列问题，认为应从运输系统全面考虑，把集装箱船舶尺度控制在经济效益最佳所对应的范围内。     

集装箱船舶的大型化提出的新的要求

此文主要讨论了集装箱船大型化对港口基础设施、内陆集疏运系统、保险及环保等提出的新的要求和影响,以及超大型集装箱船的经济性问题。     

杭甬运河集装箱港口布局方案研究

运用层次分析法对杭甬运河集装箱港口布局进行规划研究,通过对港口腹地经济环境、集疏运网络、港口资源、港口服务管理水平、港口地理位置和投资等因素的权重分析,得到了以杭州港区为杭甬运河的主枢纽港,宁波海河联运港区和绍兴港区为重要港口,萧山港区、柯桥港区、上虞港区和余姚港区为一般港口的布局方案,其中主枢纽港和重要港口应以建设集装箱专用码头为主,其余应建设多用途码头。其结果对杭甬运河集装箱运输的发展具有重要的参考意义。     

Optimizing the transportation of international container cargoes in Korea

This paper considers a multimodal transportation problem, which is the problem of determining the transportation flow, i.e. volume of container cargoes, and the transportation mode in each trade route, for the objective of minimizing the sum of shipping and inland transportation costs. The problem takes account of two restrictions: maximum cargo volumes capacitated at each seaport and maximum number of vehicles available at each transportation mode. To solve optimally the problem, this paper employs a mixed integer programming, which is an operations research technique. A case study is performed on the container cargo data in Korea and we draw several implications to improve efficiency in the transportation of international trade cargoes in Korea.     

Optimizing the transportation of international container cargoes in Korea

This paper considers a multimodal transportation problem, which is the problem of determining the transportation flow, i.e. volume of container cargoes, and the transportation mode in each trade route, for the objective of minimizing the sum of shipping and inland transportation costs. The problem takes account of two restrictions: maximum cargo volumes capacitated at each seaport and maximum number of vehicles available at each transportation mode. To solve optimally the problem, this paper employs a mixed integer programming, which is an operations research technique. A case study is performed on the container cargo data in Korea and we draw several implications to improve efficiency in the transportation of international trade cargoes in Korea.     

长江智能航道关键技术体系研究* ——以长江干线鳊鱼溪至大埠街段数字航道为例

智能航道是内河航道信息化发展的必然趋势。针对畅通、高效、平安、绿色的内河水运发展对长江航道的业务需求,提出长江智能航道关键技术体系,包括３个层次20项关键技术,建立关键技术体系与内河水运发展目标之间的支撑关系图,明确未来一段时期内的研发任务,为长江智能航道技术整体同步突破提供理论指导。