WANGJiang-hai,YUWei-hong,YUXing-tao.Exploration on Consturction of Flood Control and Drainage System in the New and Old Dynamic Energy Conversion Starting District in Jinan[J].China Water & Wastewater,2024,40(20):33-39.
Exploration on Consturction of Flood Control and Drainage System in the New and Old Dynamic Energy Conversion Starting District in Jinan
China Water & Wastewater[ISSN:1000-4062/CN:12-1073/TU]
volume:
第40卷
Number:
第20期
Page:
33-39
Column:
Date of publication:
2024-10-17
- Abstract:
- To establish a safe and resilient city, the flood control and drainage system must be constructed with high?level planning and standards. Given the opportunity presented by the design and construction of the newly developed city, it is crucial to construct the vertical plan, flood control and drainage system with scientific precision. Taking the starting district of new and old dynamic energy conversion in Jinan as an example, the construction of vertical elevation control network and the security pattern of flood control and drainage are deeply studied. In view of the challenges of the flood prevention and drainage systems at the beginning of the construction of new urban areas, this study proposes a three?dimensional vertical flood control and drainage layout for the new urban area, emphasizing the importance of vertical elevation control across different land spaces and the integration of various backbone networks from the spatial perspective. From a temporal perspective, the four?level drainage system throughout the entire process of drainage confluence was analyzed. A comprehensive flood control and drainage system was consturcted which could addresse basin flood control system connectivity, regional river network layout, urban detention space design, rainwater pipe network infrastructure, and measures for reducing source emissions. Currently, the vertical and flood control and drainage system has been implemented in the national spatial planning, and has played a guiding role in the construction of the starting district. It also has certain reference value for the flood control and drainage planning and construction work of other similar new urban areas in China.
Last Update:
2024-10-17