共查询到19条相似文献,搜索用时 734 毫秒
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基于武汉新港花山作业区的功能定位和发展要求,结合港口开发现状、区位和地形条件,针对港区平面布置、高程设计和交通组织等问题进行重点分析。充分利用陆域资源特点和条件,考虑不同港口功能区对陆域的要求,提出合理的平面布置方案;综合分析防洪、港区排水、交通及土石方平衡等要求,对港口高程系统、重要节点高程控制和港内交通组织进行设计,为复杂地形条件下的内河集装箱港区规划设计提供参考。 相似文献
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广州港南沙港区开辟远近洋航线的策略探讨 总被引:1,自引:0,他引:1
广州港南沙港区地处珠江出海口虎门水道西岸,一期工程建设4个10万吨级集装箱泊位,码头长度1400m,码头前沿水深17m,可供世界最大的全集装箱船满载靠泊;港区用地182万m2,港区陆域纵深1300m,堆场(包括预留堆场)面积100万m2;工程已于2004年9月建成投产,在2005年完成集装箱吞吐量108 相似文献
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<正>上海浦东国际集装箱码头有限公司(以下简称浦东国际集装箱码头)成立于2003年3月1日,其前身是上海港外高桥港区一期码头,是20世纪90年代初国务院宣布浦东开发开放后在上海浦东外高桥地区建设的第一个码头。码头陆域面积50万m2,堆场平面集装箱箱位8 200个,可同时堆放集装箱40 000 TEU,并设有专用冷藏箱区、危险货物集装箱区以及拆装箱仓库。浦东国际集装箱码头始终致力 相似文献
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正随着我国集装箱航运市场的快速发展,集装箱码头对堆场装卸效率的要求越来越高,而堆场的翻箱作业直接影响堆场的发箱速度和码头作业的整体流畅性;因此,降低集装箱码头堆场翻箱率是提高堆场作业效率、降低码头运营成本的关键,对提高港口竞争力有重要意义。本文以泉州港石湖港区(以下简称石湖港区)为例,分析产生堆场翻箱的原因,并提出降低内贸进口重箱堆场翻箱率的对策,以期为提升集装箱码头堆场服务质量提供参考。 相似文献
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以长江上游重庆寸滩集装箱码头工程的建设条件为基础,提出了代表性的3种集装箱堆场陆域平面布置方案,结合集卡上坡行驶油耗实测试验,分析了港口道路坡度对集卡燃油经济性的影响,对指导长江上游集装箱码头陆域堆场平面布置设计具有一定的参考价值. 相似文献
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为了对集装箱港口建设项目环境影响进行经济评价,首先给出集装箱港口建设项目对大气环境、水环境、声环境、土壤环境以及生态环境的环境影响因子及其对环境和社会的影响,并分析港口建设项目环境影响经济评价方法,然后运用费用效益分析方法对环境影响因子进行经济评价。 相似文献
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全自动化集装箱码头具有高效、绿色、安全等突出优势。采用与自动化工艺系统相适应的交通组织尤为重要,以达到充分挖掘道路潜力、有效减少交通参与者的时间延误、提高路网通行能力的目的。结合洋山四期全自动化集装箱码头建设案例,采用高速公路立交设计方法,引进城市道路单向交通理念,对港外、港内道路进行路线方案设计并分配交通量,采用VISSIM仿真软件进行交通仿真模拟。研究结论如下:港区进出港闸口分开布设,港内主干道采用单向交通,港外道路节点立交并布设港外辅道。 相似文献
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In the Pearl River Delta (PRD), there is severe competition between container ports, particularly those in Hong Kong, Shenzhen, and Guangzhou, for collecting international maritime container cargo. In addition, the second phase of the Nansha terminal in Guangzhou’s port and the first phase of the Da Chang Bay container terminal in Shenzhen opened last year. Under these circumstances, there is an increasing need to quantitatively measure the impact these infrastructure investments have on regional cargo flows. The analysis should include the effects of container terminal construction, berth deepening, and access road construction. The authors have been developing a model for international cargo simulation (MICS) which can simulate the movement of cargo. The volume of origin-destination (OD) container cargo in the East Asian region was used as an input, in order to evaluate the effects of international freight transportation policies. This paper focuses on the PRD area and, by incorporating a more detailed network, evaluates the impact of several infrastructure investment projects on freight movement. 相似文献
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ABSTRACTe-Transformation in container ports means port organization-wide innovative transformation encompassing internal and external value chains based on information and communication technology. There is a considerable theoretical literature on the impact of e-Transformation on business performance, but there is very little empirical study on its effectiveness in ports. The objective of this paper is to empirically investigate how e-Transformation in container port management can influence customer satisfaction and port competitiveness. The findings reveal that e-Transformation in container ports can affect customer satisfaction and port competitiveness through e-Workplace, customer relationship management and security, implying that container ports should make every effort to focus on e-transformation in these critical areas. Due to limited empirical studies in this area, the findings have provided an empirical support for the importance of e-Transformation in container terminal management and shed more light on how e-Transformation can affect customer satisfaction and port competitiveness. 相似文献
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我国港口建设的高速发展使港口岸线资源迅速减少。如何高效地利用港口岸线资源,越来越成为我国港口建设必需遵循的原则之一。在有限的岸线资源和周边限制条件下,该工程码头平面布置实现了大小型汽车滚装、集装箱、工作船以及战备等多功能布局,大大提高了港口岸线的利用率,对港口建设中码头平面的多功能布置有一定的示范作用。 相似文献
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宁波-舟山港穿山港区集装箱作业区将建成11个7万~10万吨级集装箱泊位,公路集疏运量将达到700万TEU,实现该作业区与穿山疏港高速公路的有机衔接将很好地解决公路集疏运问题,提升港口服务水平。通过分析穿山港区集疏运现状,预测公路集疏运量和对外交通量;并根据港区总平面布置、周边用地情况及《公路路线设计规范》的有关规定,综合确定穿山港区集装箱作业区与穿山疏港高速公路的衔接方案。 相似文献
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With the rapid growth of seaborne commodity trades, port development and management has become a challenging issue to the government, enterprise and academia. To alleviate pressures on spatial demand and the environment, sustainable development and scientific management of a port is of crucial importance for its investment, construction and operation. In this article, a research path based on throughput estimation is proposed. The container port of Tianjin could expect to face immense, increasing pressure in the future several years. To meet future increasing capacity requirement, constructing new waterway and berths in a bigger contiguous area or new locations becomes a crucial strategy. Moreover, the strategy of accommodating peak seasonal traffic means existing container terminals have to attain higher output by redesigning their high-precision schedule, reconfiguring terminal topology, improving worker efficiency and employing more modern container-handling facilities. 相似文献