市政排水工程项目管理信息系统分析与设计
发布时间：2018-08-06 16:10
【摘要】：市政排水工程是城市对污水进行综合防治和城市防涝、防洪的基础性骨干工程。随着水污染及内涝问题日益严重，其在城市建设和完善过程中的地位愈加重要。市政排水工程的管网都是深埋在地下，若运行中出现问题将难于发现与解决，且会对民生造成重大的影响，因此，排水工程从策划、评估、决策、设计、施工到竣工验收、投入生产或交付使用的整个建设过程中应加强管理，从根本上确保工程的质量。但现实的情况是，排水行业项目管理水平、信息化发展水平都落后于其它行业，导致排水工程项目整体效益不高，生产技术效率偏低。近年，我国对水环境问题逐渐重视，许多大型排水工程建设项目陆续上马，这对排水工程建设的管理提升提出了迫切的要求。 在工程建设管理领域，关注项目各要素优化整合、提升整体效益的集成化管理逐渐成为项目管理的发展方向，已有了一套比较完整的管理框架，尤其适用于规模大、参与方众多的市政工程项目；而随着信息技术的普及与发展，为项目集成管理提供了重要的技术途径。通过分析项目管理风险，运用集成管理的方法形成项目管理框架，在此基础上设计合适的信息系统，是一个可行、有效提高项目成功率的解决方案。 本文研究分析了国内外集成管理的相关研究成果，将全生命周期项目集成管理理论引入到市政排水工程管理中，以广州市深层隧道排水系统东濠涌试验段为例，分析排水工程管理所面临的风险与问题，，整理市政排水工程建设全过程的管理功能需求，搭建工程管理信息系统模型，并对信息系统进行了总体框架、基础平台、功能模块的初步设计。 本文的撰写同步于广州市深层隧道排水系统东濠涌试验段工程，本文研究和论证的结果，可以作为市政排水工程管理信息平台精准的用户需求报告，以此为基础建设的排水工程管理信息系统将为以后全面开展的广州深隧工程及其他排水工程服务。
[Abstract]:Municipal drainage project is the basic backbone of urban sewage prevention and waterlogging prevention and flood control. As water pollution and waterlogging become more and more serious, it plays a more and more important role in the process of urban construction and improvement. The pipe networks of municipal drainage projects are all buried deep underground. If problems occur in operation, they will be difficult to find and solve, and will have a significant impact on the people's livelihood. Therefore, drainage works are planned, evaluated, decided, designed, constructed and completed for acceptance. In order to ensure the quality of the project, the management should be strengthened during the whole construction process. However, the actual situation is that the level of project management and the level of information development of drainage industry lag behind those of other industries, which leads to the low overall benefit of drainage project and the low efficiency of production technology. In recent years, our country pay more and more attention to the water environment problem, many large-scale drainage engineering construction projects have been started one after another, which put forward the urgent request to the drainage engineering construction management promotion. In the field of engineering construction management, the integrated management, which pays close attention to the optimization and integration of the elements of the project and promotes the overall benefit, has gradually become the development direction of the project management. There has been a set of relatively complete management framework, which is especially suitable for large scale. With the popularization and development of information technology, it provides an important technical approach for project integration management. It is a feasible and effective solution to improve the project success rate by analyzing the risk of project management and using the method of integrated management to form a project management framework and to design an appropriate information system on this basis. This paper studies and analyzes the related research results of integrated management at home and abroad, and introduces the whole life cycle project integrated management theory into municipal drainage engineering management, taking the Donghao Bay test section of Guangzhou deep tunnel drainage system as an example. This paper analyzes the risks and problems faced by the drainage engineering management, arranges the management function requirements of the whole process of municipal drainage engineering construction, builds the engineering management information system model, and carries on the overall framework and the basic platform for the information system. The preliminary design of function module. The writing of this paper is synchronized with the Donghao trial section of Guangzhou deep tunnel drainage system. The results of the research and demonstration in this paper can be used as a precise user demand report for the municipal drainage engineering management information platform. The drainage project management information system based on this will serve the Guangzhou deep tunnel project and other drainage projects.
【学位授予单位】：华南理工大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU992.05
本文编号：2168255
[Abstract]:Municipal drainage project is the basic backbone of urban sewage prevention and waterlogging prevention and flood control. As water pollution and waterlogging become more and more serious, it plays a more and more important role in the process of urban construction and improvement. The pipe networks of municipal drainage projects are all buried deep underground. If problems occur in operation, they will be difficult to find and solve, and will have a significant impact on the people's livelihood. Therefore, drainage works are planned, evaluated, decided, designed, constructed and completed for acceptance. In order to ensure the quality of the project, the management should be strengthened during the whole construction process. However, the actual situation is that the level of project management and the level of information development of drainage industry lag behind those of other industries, which leads to the low overall benefit of drainage project and the low efficiency of production technology. In recent years, our country pay more and more attention to the water environment problem, many large-scale drainage engineering construction projects have been started one after another, which put forward the urgent request to the drainage engineering construction management promotion. In the field of engineering construction management, the integrated management, which pays close attention to the optimization and integration of the elements of the project and promotes the overall benefit, has gradually become the development direction of the project management. There has been a set of relatively complete management framework, which is especially suitable for large scale. With the popularization and development of information technology, it provides an important technical approach for project integration management. It is a feasible and effective solution to improve the project success rate by analyzing the risk of project management and using the method of integrated management to form a project management framework and to design an appropriate information system on this basis. This paper studies and analyzes the related research results of integrated management at home and abroad, and introduces the whole life cycle project integrated management theory into municipal drainage engineering management, taking the Donghao Bay test section of Guangzhou deep tunnel drainage system as an example. This paper analyzes the risks and problems faced by the drainage engineering management, arranges the management function requirements of the whole process of municipal drainage engineering construction, builds the engineering management information system model, and carries on the overall framework and the basic platform for the information system. The preliminary design of function module. The writing of this paper is synchronized with the Donghao trial section of Guangzhou deep tunnel drainage system. The results of the research and demonstration in this paper can be used as a precise user demand report for the municipal drainage engineering management information platform. The drainage project management information system based on this will serve the Guangzhou deep tunnel project and other drainage projects.
【学位授予单位】：华南理工大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU992.05
【参考文献】
相关期刊论文 前3条
1 刘锐;;市政给排水工程施工管理浅析[J];水利科技与经济;2012年06期
2 万冬君;;基于全寿命期的建设工程项目集成化管理模式研究[J];土木工程学报;2012年S2期
3 关冬;;市政给排水工程施工管理要点分析[J];水利电力科技;2012年01期
本文编号：2168255
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