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A platform for research: civil engineering, architecture and urbanism
Construction method for waste mire treatment and water system landscape reconstruction
The invention relates to a construction method for waste mire treatment and water system landscape reconstruction. The construction method comprises the following steps that S1, surface layer dredging is conducted on a mire, and sludge on the surface layer is solidified to serve as filling soil; S2, in-situ consolidation is conducted on a foundation of the mire, and the bearing capacity of the foundation of the mire is improved; S3, an anti-seepage film is provided and laid on the mud-water interface of the mire; S4, a retaining wall is provided and erected on the side slope of the mire, and plants are planted on the retaining wall; S5, a water ecological system of the mire is constructed; and S6, a water environment monitoring system is provided, and the water environment monitoring system is used for monitoring the water quality of the mire in real time. According to the construction method, surface layer dredging is conducted on the mire, in-situ consolidation is conducted on the foundation, and the bearing capacity of the foundation of the mire is improved; the mud-water interface is stabilized through the anti-seepage film; and the water environment monitoring system is used for monitoring the water quality of the mire in real time, ecological treatment and reutilization of the waste mire are achieved, and the value of a waste land is excavated to achieve ecological restoration and landscape reconstruction.
本发明涉及一种废弃泥潭治理和水系景观再造的施工方法，包括：包括如下步骤：步骤S1：对泥潭进行表层清淤，将表层的淤泥固化后作为填土；步骤S2：对泥潭的地基进行原位固结，提升泥潭的地基承载力；步骤S3：提供防渗膜，将防渗膜铺设于泥潭的泥水界面处；步骤S4：提供挡墙，将挡墙立设于泥潭的边坡，在挡墙上种植植物；步骤S5：构建泥潭的水生态系统；步骤S6：提供水环境监测系统，利用水环境监测系统对泥潭的水质进行实时监控。本发明对泥潭表层清淤，地基原位固结，提升泥潭的地基承载力；通过防渗膜稳固泥水界面；利用水环境监测系统对泥潭的水质进行实时监控，实现废弃泥潭生态治理再利用，挖掘废地价值实现生态修复与景观重塑。
Construction method for waste mire treatment and water system landscape reconstruction
The invention relates to a construction method for waste mire treatment and water system landscape reconstruction. The construction method comprises the following steps that S1, surface layer dredging is conducted on a mire, and sludge on the surface layer is solidified to serve as filling soil; S2, in-situ consolidation is conducted on a foundation of the mire, and the bearing capacity of the foundation of the mire is improved; S3, an anti-seepage film is provided and laid on the mud-water interface of the mire; S4, a retaining wall is provided and erected on the side slope of the mire, and plants are planted on the retaining wall; S5, a water ecological system of the mire is constructed; and S6, a water environment monitoring system is provided, and the water environment monitoring system is used for monitoring the water quality of the mire in real time. According to the construction method, surface layer dredging is conducted on the mire, in-situ consolidation is conducted on the foundation, and the bearing capacity of the foundation of the mire is improved; the mud-water interface is stabilized through the anti-seepage film; and the water environment monitoring system is used for monitoring the water quality of the mire in real time, ecological treatment and reutilization of the waste mire are achieved, and the value of a waste land is excavated to achieve ecological restoration and landscape reconstruction.
本发明涉及一种废弃泥潭治理和水系景观再造的施工方法，包括：包括如下步骤：步骤S1：对泥潭进行表层清淤，将表层的淤泥固化后作为填土；步骤S2：对泥潭的地基进行原位固结，提升泥潭的地基承载力；步骤S3：提供防渗膜，将防渗膜铺设于泥潭的泥水界面处；步骤S4：提供挡墙，将挡墙立设于泥潭的边坡，在挡墙上种植植物；步骤S5：构建泥潭的水生态系统；步骤S6：提供水环境监测系统，利用水环境监测系统对泥潭的水质进行实时监控。本发明对泥潭表层清淤，地基原位固结，提升泥潭的地基承载力；通过防渗膜稳固泥水界面；利用水环境监测系统对泥潭的水质进行实时监控，实现废弃泥潭生态治理再利用，挖掘废地价值实现生态修复与景观重塑。
Construction method for waste mire treatment and water system landscape reconstruction
废弃泥潭治理和水系景观再造的施工方法
SUN XIAOYANG (author) / SHU SONG (author) / CHEN XINXI (author) / LI YUN (author) / BIAN HUI (author) / YU JIANWEI (author) / TANG MIN (author) / YU QINGJIANG (author) / FANG XIAOYU (author) / LI YAO (author)
2021-11-16
Patent
Electronic Resource
Chinese
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