Font Size: a A A

Balance Of Water Treatment Optimization Model And The Amount Of Storm Sewage In Campus

Posted on:2011-05-11Degree:MasterType:Thesis
Country:ChinaCandidate:T XuFull Text:PDF
GTID:2212330368981552Subject:Systems analysis and integration
Abstract/Summary:PDF Full Text Request
In order to put sustainable utilization of regenerated water resources and ecological & economical campus into campus design research, we have made three aspects of calculation research on the date analysis of the project on the Research and Demonstration for the Sustainable Use of Renewable Water Resources and Construction of Energy-saving Environmentally Friendly Features of Ecological Campus.1,The optimization model of sewage treatment process has been built. During sewage treatment process, a static and dynamic equation is established by means of microorganisms being decomposed, transferred, and then disappeared and the microorganisms being decomposed with transfer energy promoting the rate of proliferation. The treatment effects of ICEAS single cell and double cell under the same conditions will be researched via static and dynamic correlation. Meanwhile, the optimum volume of treatment cell can be searched for after reaching set target.2,The optimization model of wetlands has been built. During rainwater collection, a mathematical model may be established by researching water balance of wet land during precipitation process and relative static balance of water recycling of wet land so as to find the optimum area for the wet land.3,Rain wastewater quantity balance on the coordination use have been built.It's concluded that compared with single cell, the treatment volume of double cell is greatly reduced in the perspective of recycled water treatment. However, the treatment effects have been greatly enhanced. The double cell with obvious improvement compared with single cell is highly feasible to replace the single cell. Because of best wetland area, sustainable utilization of regenerated water resources will have been implemented and the rainwater collection rate and the treatment effect will have been achieved optimal. From the space, economize resources have been limited and beautiful environment have been fitted reality and a resource-conserving and environment-friendly harmonious campus purpose will have been achieved Most of the dates and modes have been worked on the project of Yunnan vocational and technical college which is according with the fact.
Keywords/Search Tags:water balance, Mathematical model and Biological treatment, Steady state and dynamic, rainwater runoff
PDF Full Text Request
Related items