The Shenyang round-the-city watersystem and the green zone project was plan-ned and implemented under the guidance ofthe master plan of the city.The project in-cludes the three artificial rivers(Nanyun Riv-er,Xinkai R...The Shenyang round-the-city watersystem and the green zone project was plan-ned and implemented under the guidance ofthe master plan of the city.The project in-cludes the three artificial rivers(Nanyun Riv-er,Xinkai River and Wei Gong MingCanal)and the green strips on their banks,展开更多
The sustainable water system (SWS) was interpreted based on green residential zone associated codes issued by P.R.China and some other countries,and ecological principles.Its constitution,designing and engineering,and...The sustainable water system (SWS) was interpreted based on green residential zone associated codes issued by P.R.China and some other countries,and ecological principles.Its constitution,designing and engineering,and economic and environmental benefits were illustrated with a case of a campus construction project.The SWS incorporates divided nature drainage systems,grey water treatment and reuse technologies,rainwater decentralized collection and purification technologies,and water quality safeguard techniques for reclaimed water reused for landscaping.Application of the SWS is expected to gain remarkable economic and environmental benefits by reducing both the demand for municipal water supply and sewage discharge.展开更多
文摘The Shenyang round-the-city watersystem and the green zone project was plan-ned and implemented under the guidance ofthe master plan of the city.The project in-cludes the three artificial rivers(Nanyun Riv-er,Xinkai River and Wei Gong MingCanal)and the green strips on their banks,
基金Funded by the 6th Framework EU Research Program:Sustainable Water Management Improves Tomorrow's Cities Health (SWITCT)
文摘The sustainable water system (SWS) was interpreted based on green residential zone associated codes issued by P.R.China and some other countries,and ecological principles.Its constitution,designing and engineering,and economic and environmental benefits were illustrated with a case of a campus construction project.The SWS incorporates divided nature drainage systems,grey water treatment and reuse technologies,rainwater decentralized collection and purification technologies,and water quality safeguard techniques for reclaimed water reused for landscaping.Application of the SWS is expected to gain remarkable economic and environmental benefits by reducing both the demand for municipal water supply and sewage discharge.