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为改进港口行业能效管理机制,在分析能效管理机制的理论基础上,针对我国港口行业能效管理现状,分析我国港口行业能效管理方面存在的问题,从能源统计、监测和考核管理、新建项目节能评估和审查、用能设备能源效率标识和节能产品认证管理、节能技术管理、能源效率激励、节能宣传教育与节能培训等方面提出港口行业能效管理改进建议。 相似文献
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综合运用结构化生命周期法和面向对象法开发了港口设备零部件管理信息系统.具体介绍该系统的开发原则、业务流程分析、需求确定、系统方案的建立和功能模块划分等内容. 相似文献
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港口企业作为交通运输行业的重要组成部分,在开展货物装卸和搬运作业的过程中需要借助各类装卸搬运设备并耗费大量能源.在能源结构优化、资源高效集约利用和污染物防控倒逼港口转型升级的背景下,深入聚焦"碳达峰"和"碳中和",构建清洁低碳的港口用能体系,对促进港口高质量绿色发展具有极其重要的意义.宁波北仑第三集装箱码头有限公司(以下简称"北三集司")自成立以来,秉承绿色低碳可持续发展理念,积极开展装卸设备节能改造和环保设备更新升级,大力推广应用先进的节能环保技术,提升员工操作技能水平,努力建设绿色港口,打造世界一流强港新标杆,实现社会效益、经济效益和环境效益的高度统一.本文介绍北三集司绿色港口建设举措和成果,以期为大型集装箱码头企业开展绿色港口建设提供参考. 相似文献
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空气源热泵在港口的规模化集成应用 总被引:2,自引:0,他引:2
港口的节能环保新技术应用不仅体现在装卸设备上,而且应该涵盖码头装卸业务与后勤保障的全过程.在港口食堂、浴室的供热上,采用新型空气源热泵和能源循环组合集成技术,取代传统的燃煤、燃油、燃气加热的方法,大大节约了能源成本,实现了零排放. 相似文献
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针对国内城市房产管理信息系统的现状和存在的问题,结合我们正在开发的城市房产管理信息系统,阐述了房产管理信息系统的特点,对系统的功能和数据库设计以及系统设计中的若干关键技术问题进行了分析,提出解决方案。 相似文献
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基于服务器/客户端数据通信的基础上,按照ISM规则要求,讨论了船舶机务管理系统的设计。对船舶机务管理模式与功能进行了较为详细的讨论,提出了现代船舶管理公司船舶管理信息网建设方案与用于船岸之间信息交换的途径。该系统对于提高ISM管理水平具有重大作用。 相似文献
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介绍基于设计模式的高校科研项目管理系统的设计。针对科研项目管理系统的开发,提出一个基于模式的设计方案,解决系统开发过程中功能扩展以及代码重用等问题。 相似文献
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应用GIS技术,研究开发了一套港口散货堆场图形化管理信息系统,成功应用于广西防城港20万t级矿石码头,取得了良好的效果. 相似文献
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Recent emphasis in comprehensive planning for coastal zone regions has created the need for more effective tools for information processing and analysis to aid policymakers and planners in developing strategies for preservation of coastal zone areas. New agencies with broad powers have been created at both state and federal levels to deal with growth management in large coastal regions. However, coastal zone management (CZM) agencies have not yet been able to deal effectively with development processes. A “holding action”; is being maintained in the face of mounting pressure by developers, while planners struggle to develop (1) a data base with sufficient detail for planning; (2) a fair and rapid process for reviewing environmental impact statements and granting of development permits; and (3) a system for making the development permit application process more routine. The key to success of the CZM process is the development of a management information system (MIS) created explicitly for CZM. The prototypical system designed by the authors combines graphic display capabilities (i.e., map display) with interactive on‐line computing and large storage‐capacity computers. Problems of data structure development are documented, together with problems of assembling a large‐scale, highly detailed data base. Of particular importance is the need for well‐developed objectives and specifications for the use of computer‐based data in resolving disputes on environmental issues. A set of objectives and specifications for a prototypical coastal zone MIS is developed. The system is described in detail, showing how its capabilities directly address policy questions formulated by coastal zone planners. 相似文献
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臧卫东 《交通部上海船舶运输科学研究所学报》1994,17(1):57-67
在概述国内MIS建设失败的类型,分析导致MIS失败的原因基础上,提出了若干避免MIS建设失败的技术性和非技术性途径。 相似文献
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Maritime management encompasses the employment and manipulation of human resources, financial resources, technological resources and natural resources that relate to the sea, maritime navigation, shipping, port development and coastal protection. It contributes to the economic growth, price stability, transportation of cargoes and passengers, and business activities of shipping organizations. The efficient management of resources, operations and activities relies on a modern marine information system (MIS) whose information is provided by geomatics engineers and IT professionals, among others. This paper first introduces the role of the geomatics engineer as geodesist, engineering surveyor, land boundary surveyor, cartographer, hydrographer, photogrammetrist and geographic information system (GIS) engineer since all these fields are related to maritime trade, supply chains and development of ports and airports. It then describes the principal components of a web-based MIS and the important role of geomatics engineers in surveying data. This includes collecting data from electronic nautical charts (ENC) and raster nautical charts (RNC), by applying high resolution light detection and ranging (LIDAR), satellite platform sensors and GIS. 相似文献