泉州市金鸡水厂项目可行性研究

发布时间：2018-01-21 13:47

本文关键词： 水厂建设可行性研究工艺论证环境保护分析　出处：《华侨大学》2015年硕士论文　论文类型：学位论文

【摘要】：随着泉州市的迅猛发展,泉州市中心城区不断扩大,城市用水量进一步增加,目前两座位于晋江北岸的市区水厂的供水规模已超负荷运行,满足不了城市用水量发展的需求。市中心城区用水供需矛盾日趋紧张,由此可见,应立即着手创建金鸡水厂。首先,本文对论文选题的背景及意义进行阐述,同时详细介绍国内外研究现状,对可采取的方法进行概括总结,再对泉州市城区的具体情况进行分析,确定泉州市金鸡水厂的工艺流程采用臭氧—生物活性炭的深度处理工艺(福建省内首家深度处理工艺水厂),不但水质全面提高,还可以使得活性炭的寿命大大延长,从而降低运行费用。本文将可行性研究的相关理论和方法应用于泉州市金鸡水厂的可行性研究评价中,通过对整个方案进行研讨,探讨出科学合理的方案,促进整个水厂工程建设。具体从建设必要性、效益、节约能源及技术等四个方面,对水厂建设进行评价,同时以上述四个方面为基础,形成较为完整的评价体系。深入调查泉州市周边环境,以此为基础设计出更为科学合理的方案,再论证方案的实际可行性。
[Abstract]:With the rapid development of Quanzhou, the city center of Quanzhou is expanding, and the urban water consumption is increasing further. At present, the water supply scale of two urban water plants located on the north bank of Jinjiang River has been overloaded. It can not meet the demand of urban water consumption development. The contradiction between water supply and demand in downtown area is becoming increasingly tense, so we should start to establish Jinji Waterworks immediately. First, this paper expounds the background and significance of this paper. At the same time, introduce the domestic and foreign research status in detail, summarize the methods that can be adopted, and then analyze the specific situation of Quanzhou City. The process flow of Quanzhou Jinji Waterworks is determined to adopt the advanced treatment process of ozone and biological activated carbon (the first advanced treatment process water plant in Fujian Province), which not only improves the quality of water in an all-round way. It can also prolong the life of activated carbon and reduce the operating cost. This paper applies the theory and method of feasibility study to the feasibility study evaluation of Quanzhou Jinji Waterworks. Through the discussion of the whole project, this paper discusses the scientific and reasonable scheme to promote the construction of the whole water plant project, and evaluates the construction of the water plant from four aspects, namely, the necessity of the construction, the benefit, the energy conservation and the technology. At the same time, based on the above four aspects, a relatively complete evaluation system is formed. A more scientific and reasonable scheme is designed on the basis of a thorough investigation of the surrounding environment of Quanzhou, and then the practical feasibility of the scheme is demonstrated.
【学位授予单位】：华侨大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TU991.6

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