A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a hydrodynamic force-water quality improvement system and method for an in-phase tidal river network, and relates to the technical field of river network hydrodynamic force-water quality improvement. Comprising a storage pond, a control gate I, a control gate II, a river A, a river B, a river C and a control center, the river A and the river B flow into the ocean, the river C is a river channel communicating the river A and the river B, the control gate I is arranged at the junction of the river A and the river C, the control gate II is arranged at the junction of the river B and the river C, and the storage pond is arranged in the river C; and the storage pond, the control gate I and the control gate II are all connected with the control center. The method comprises the step of generating water level difference through opening and closing combination modes of different gates to realize unpowered water exchange and water quality improvement of the same-phase river. The water changing frequency of the tidal river network is increased by regulating and controlling the gate, the quality of polluted river water is improved, the water flow direction and flow state are changed, dilution, degradation and discharge of pollutants are facilitated, and the purpose of improving the river network water environment is achieved.
本发明公开了一种同相感潮河网的水动力‑水质改善系统及方法，涉及河网水动力‑水质改善技术领域。包括：调蓄池、控制闸门Ⅰ、控制闸门Ⅱ、甲河、乙河、丙河与控制中心，其中，甲河与乙河流入海洋，丙河为连通甲河与乙河的河道，控制闸门Ⅰ设置在甲、丙河交界处，控制闸门Ⅱ设置在乙、丙河交界处，调蓄池设在丙河中，调蓄池、控制闸门Ⅰ、控制闸门Ⅱ都与控制中心相连。方法包括：通过不同闸门的启闭组合方式来产生水位差实现同相河流的无动力水量交换和水质改善。本发明通过调控闸门增加感潮河网的换水频率，改善受污染河流水质，并且改变水流流向和流态，有利于污染物稀释、降解及排出，实现改善河网水环境的目的。
The invention discloses a hydrodynamic force-water quality improvement system and method for an in-phase tidal river network, and relates to the technical field of river network hydrodynamic force-water quality improvement. Comprising a storage pond, a control gate I, a control gate II, a river A, a river B, a river C and a control center, the river A and the river B flow into the ocean, the river C is a river channel communicating the river A and the river B, the control gate I is arranged at the junction of the river A and the river C, the control gate II is arranged at the junction of the river B and the river C, and the storage pond is arranged in the river C; and the storage pond, the control gate I and the control gate II are all connected with the control center. The method comprises the step of generating water level difference through opening and closing combination modes of different gates to realize unpowered water exchange and water quality improvement of the same-phase river. The water changing frequency of the tidal river network is increased by regulating and controlling the gate, the quality of polluted river water is improved, the water flow direction and flow state are changed, dilution, degradation and discharge of pollutants are facilitated, and the purpose of improving the river network water environment is achieved.
本发明公开了一种同相感潮河网的水动力‑水质改善系统及方法，涉及河网水动力‑水质改善技术领域。包括：调蓄池、控制闸门Ⅰ、控制闸门Ⅱ、甲河、乙河、丙河与控制中心，其中，甲河与乙河流入海洋，丙河为连通甲河与乙河的河道，控制闸门Ⅰ设置在甲、丙河交界处，控制闸门Ⅱ设置在乙、丙河交界处，调蓄池设在丙河中，调蓄池、控制闸门Ⅰ、控制闸门Ⅱ都与控制中心相连。方法包括：通过不同闸门的启闭组合方式来产生水位差实现同相河流的无动力水量交换和水质改善。本发明通过调控闸门增加感潮河网的换水频率，改善受污染河流水质，并且改变水流流向和流态，有利于污染物稀释、降解及排出，实现改善河网水环境的目的。
Hydrodynamic-water quality improvement system and method for in-phase tidal river network
一种同相感潮河网的水动力-水质改善系统及方法
2024-06-25
Patent
Electronic Resource
Chinese
| Engineering Index Backfile
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