Zaozhuang held a press conference to interpret the "Zaozhuang Modern Water Network Construction Plan"

Luwang, July 29 (Reporter Du Wei Li Yanqi) On the morning of July 29, Zaozhuang City held a press conference to interpret the "Zaozhuang Modern Water Network Construction Plan". According to Zhang Dezhong, director of the Municipal Urban and Rural Water Affairs Bureau, the "Planning" agreed by the 6th Executive Meeting of the Municipal Government and was issued and implemented on June 25.

According to reports, the "Planning" proposes that it takes important river channels and key water adjustment projects as the skeleton, the connection and transmission and distribution project of the river and lake water system as the context, the key lake reservoirs as the Means, coordinate water resources allocation, water disaster prevention, and water ecological protection, take into account water and navigation, form the overall pattern of the "Belt and Two Districts, Four vertical and Seven Heng, One Lake and Eight Treasures" And the artery. in:

The "Belt and Two Districts" use the Beijing -Hangzhou Grand Canal as the city's water safety, water ecology, water environment, and water culture bonds. It connects the two areas of Hudong and along the two areas to form the main skeleton of the Zaozhuang Modern Water Network.

"Four vertical and seven horizontal" is 4 vertical river channels such as Zhouying Shahe, Dasha River, Xingou River, and Taogou River, and the Jiehe, Beisha River, Xuehe River, Xuecheng Dasha River, Hanzhuang Canal There are 7 horizontal rivers, including Yijiahe River, and a total of 11 important rivers, which constitute the aorta of flood prevention and drainage in the city.

"One Lake and Eight Reservoir" is the eight large and medium -sized reservoirs such as the south of the four lakes and Rockma, Zhuangli, Mahe, Zhoucun, the owner, Shizuizi Reservoir, and the proposed urban south and two rivers and forks reservoirs, which constitute the city's flood control scheduling , Master node of water resources allocation and water ecological protection.

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