论文部分内容阅读
该研究由上海市水务规划设计研究院联合上海市环境科学研究院共同完成。该研究依托合流制排水系统雨天溢流水量水质变化以及调蓄池处理技术的实验研究成果,采用物理模型和数学模型相结合、正问题与反问题相结合的研究方法,建立了苏州河沿岸排水系统降雨径流水量水质与数字河网水量水质动态耦合的集成模型,系统研究了苏州河环境综合整治二期水务工程的实施效果,以及调蓄池工程实施前后排水系统在不同设计标准降雨条件下的
The research was jointly completed by Shanghai Water Planning and Design Institute and Shanghai Academy of Environmental Sciences. Based on the experimental results of the rainy day overflow water quality of the combined drainage system and the technology of storage tank treatment, this study uses the combination of physical model and mathematical model, the research method of combining positive and negative problems to establish the drainage of Suzhou Creek Systematic integration of model runoff runoff water quality and digital river network water quantity and quality were systematically studied, and the effect of Suzhou Water Environment Comprehensive Treatment Phase II water project was systematically investigated. The effect of drainage system under different design standards of rainfall before and after the implementation of the water storage reservoir project