曹妃甸工业区水系方案设计与实施

发布时间：2018-03-25 02:07

本文选题：曹妃甸工业区　切入点：水系　出处：《河北工业大学》2015年硕士论文

【摘要】：城市水系是城市存在和发展的基础,是体现城市资源、生态环境和空间景观质量的重要载体,是城市总体空间框架的有机组成部分。曹妃甸工业区的大规模开发建设,是在浅海区域吹沙造地形成陆域起步的,目前已形成200平方公里土地,地势平坦,通过建设水系,可以实现区域防洪、排涝、蓄水、通航、景观、生态等多重功能目标。通过本文研究希望可以对曹妃甸和其他滨海城市,尤其是造地形成的新型城市的水系规划设计与实施提供一定借鉴。本论文综合应用多学科知识,通过收集和分析大量文献资料,以及对现场实地调研,针对曹妃甸工业区水系规划建设存在的问题,以科学合理、经济实用、节能高效为指导思想,编制形成了指导性的水系设计和实施方案,为水系开发建设打下了坚实基础。主要成果如下:(1)根据各功能区防潮要求和实施条件,提出了分别采取适当的形式和规模建立防潮系统。(2)充分利用海潮的涨落规律,采取重力方式排出河道洪水,以节省泵闸设施的建设和运行费用,提出了泵闸的规模和相关参数要求。(3)充分考虑雨水和再生水的蓄存利用,努力创造雨水和再生水的蓄存条件,积极为工业区开发新水源。(4)深入探寻各功能地块的文化需求,研究与文化活动相适宜河道断面。(5)根据工业区河道雨水处理的实施条件,提出采用雨水沉淀处理结合人工湿地处理方案。(6)提出内河通航水系布局方案,制定了通航水位标准,通航桥梁尺度标准,满足水上交通和旅游需求,提升曹妃甸魅力。(7)水系方案可以同时满足防御海潮、陆域排水、河道排洪和雨水集蓄利用、水质净化、游艇通航等综合功能需要。
[Abstract]:Urban water system is the foundation of the city's existence and development, the important carrier of reflecting the urban resources, ecological environment and spatial landscape quality, and the organic component of the city's overall spatial framework. The large-scale development and construction of Caofeidian Industrial Zone, Caofeidian Industrial Zone, is an important part of the urban water system. It was started in shallow sea area by blowing sand to form a land area. At present, 200 square kilometers of land has been formed and the terrain is flat. By building water systems, regional flood control, drainage, water storage, navigation and landscape can be realized. The purpose of this paper is to provide some reference for the design and implementation of water system in Caofeidian and other coastal cities, especially in the new cities formed by land reclamation. Through collecting and analyzing a large number of documents and materials, as well as field investigation, aiming at the problems existing in the planning and construction of water system in Caofeidian Industrial Zone, the guiding ideology is scientific, reasonable, economical and practical, energy saving and high efficiency. A guiding water system design and implementation scheme was formulated, which laid a solid foundation for water system development and construction. The main results are as follows: 1) according to the requirements of moisture prevention and implementation conditions of each functional area, In order to save the cost of construction and operation of pump sluice facilities, it is put forward that the appropriate form and scale should be taken to set up a moisture-proof system. 2) to make full use of the fluctuation law of sea tide and to discharge river flood by gravity, so as to save the cost of construction and operation of pump sluice facilities. The paper puts forward the scale of pump sluice and the relevant parameter requirement. (3) fully considering the storage and utilization of Rain Water and recycled water, striving to create the storage conditions for Rain Water and reclaimed water, and actively exploring the cultural needs of various functional plots for the development of new water sources for the industrial area. According to the implementation conditions of Rain Water treatment of river course in industrial area, the paper puts forward a scheme of layout of navigable water system of inland rivers, and formulates the standard of navigable water level, according to the practical conditions of the treatment of river course Rain Water in industrial area, and proposes a scheme for treating inland river navigable water system in combination with constructed wetland treatment scheme. Navigation bridge standards, meet water traffic and tourism needs, enhance Caofeidian charm. 7) Water system can simultaneously meet the defense of sea tide, land drainage, river drainage and Rain Water collection and utilization, water purification, Yacht navigation and other comprehensive functions need.
【学位授予单位】：河北工业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU99

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