Feasibility Study On Water Diversion Project In ZZ Air Port Area

Water supply engineering as one of urban infrastructure, but also strengthen the motive force to attract domestic and foreign, to improve the environment, promote the urbanization process, improve the level of residents’ health and promote local enterprise long-term stable development has the extremely vital significance. For the type of water resources, and the characteristics of the division of time and space uneven, to a certain region of the people’s life and economic development, in the case of rational utilization of the existing water resources in the region, people to adopt a certain technology to carry out the water, water diversion and drainage engineering. Project feasibility study is the first phase of the project life cycle, is the first and key project construction work. This paper USES the theory research and application of the technical route of combining with aviation port area water diversion project as an example, analyzes the feasibility of the water diversion project research.The background and meaning of water diversion project were introduced in this paper, detailed analysis of the domestic and foreign research status, this paper expounds the basic concepts of project feasibility study, through the combination of normative research and comparative analysis, combining qualitative analysis with quantitative analysis, market forecast method and other methods according to the water and soil resources in the region and the social, economic status, from the demand of water resources, the technical conditions, social conditions, economic conditions and other aspects of air port the feasibility of water diversion project is analyzed. Mainly for the more solutions than choose of water; The engineering feasibility of scheme comparison; On the engineering investment estimation, and the project was the social, environmental, and economic evaluation and uncertainty analysis and risk analysis. Finally it is concluded that air port water diversion project on the economic and reasonable, technically feasible conclusion.