Shengli Oil Field Of Water Resources Utilization Project Planning

In recent years, with the development of the economy in Shengli oil-field, the water resources demand has increasingly added. At the same time, the yellow river valley economy has gain the significant increment in the last ten years, so its water use continually increases. The water measure of the yellow river mouth in Shengli oil-field continuously has reduced, and breaking flowing time has become more and more , resulting in the contradict with oil-field supply and demand turning worse continuously. On the foundation of the analysis of the water resources actuality in Shengli oil-field water resources, the paper points at the study of the characteristics of the Shengli oil-field water resources and use the water development trend with the equilibrium condition in supply and demand, and the analysis of engineering scale, measure and engineering optimum. The main work is as follows:The author makes use of the engineering fuzzy optimum design that aim at analysis of engineering uncertainty factors, in order to get making-decision of hydraulic engineering increase science, rationality of the decision. It results in engineering programming with accuracy, obtained the good result and practical value.The author analyses supply water quantity of groundwater, the Yellow River water and the dirty water that can be reuse, and predicts society and economy factors. Then the water flexibility coefficient method and gray theories method, trend method etc are made use of in order to program the needs of water and these methods was evaluated to make sure the reasonable estimate value finally. On the foundation of its analysis result the equilibrium problem in supply and demand is proceeded the analysis to gain the next programming conclusions.The paper presents the method that makes sure the reservoir engineering scale and flowing water loses. According to the above certain calculation parameter, the author make use of the plain reservoir scale program in order to program the industry reservoir scale and the agriculture reservoir scale.