A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a river ecological regulation method which comprises the following steps that: S1, bottom mud accumulated in a riverbed is cleaned, and sludge at the bottom is flushed with water; S2, a reservoir is establishedat the upstream of the river; S3, a water conditioning agent is put into the river, and surface layer, middle layer and deep layer treatment are carried out on the water in the river; S4, a filter material substrate is laid at the bottom of the river, emergent aquatic plants, submerged plants and floating-leaved plants are planted on the filter material substrate, the floating-leaved plants are located above the submerged plants, and the submerged plants and/or the floating-leaved plants are arranged between the adjacent emergent aquatic plants; and S5, unattended operation is achieved by installing on-line monitoring equipment, intelligent data transmission is achieved, meanwhile, water quality changes are manually and regularly inspected and monitored, correlation analysis is conducted on the obtained data, and a trend report of the water quality changes is given. After the water bottom is cleaned, the aquatic plants are adopted for bioremediation to achieve ecological balance, and the river regulation effect is guaranteed.
本发明公开了一种河道生态治理方法，包括以下步骤：S1：对河床内堆积的底泥进行清理，用水对底部的淤泥进行冲洗；S2：在河道上游建立蓄水池；S3：向河道投放水质调节剂，对河道水体进行表层、中层、深层处理；S4：在河道的底部铺设滤料基质，在滤料基质上方种植挺水植物、沉水植物和浮叶植物，所述浮叶植物位于所述沉水植物的上方，相邻所述挺水植物之间设有所述沉水植物和/或浮叶植物；S5：通过安装在线监测设备达到无人值守，实现数据传输智能化，同时人工定期巡检监测水质变化，并对取得的资料进行相关性分析给出水质变化的趋势报告。本发明能够对水底进行清理后，采用水生植物进行生物修复，建立生态平衡，保证河道治理效果。
The invention discloses a river ecological regulation method which comprises the following steps that: S1, bottom mud accumulated in a riverbed is cleaned, and sludge at the bottom is flushed with water; S2, a reservoir is establishedat the upstream of the river; S3, a water conditioning agent is put into the river, and surface layer, middle layer and deep layer treatment are carried out on the water in the river; S4, a filter material substrate is laid at the bottom of the river, emergent aquatic plants, submerged plants and floating-leaved plants are planted on the filter material substrate, the floating-leaved plants are located above the submerged plants, and the submerged plants and/or the floating-leaved plants are arranged between the adjacent emergent aquatic plants; and S5, unattended operation is achieved by installing on-line monitoring equipment, intelligent data transmission is achieved, meanwhile, water quality changes are manually and regularly inspected and monitored, correlation analysis is conducted on the obtained data, and a trend report of the water quality changes is given. After the water bottom is cleaned, the aquatic plants are adopted for bioremediation to achieve ecological balance, and the river regulation effect is guaranteed.
本发明公开了一种河道生态治理方法，包括以下步骤：S1：对河床内堆积的底泥进行清理，用水对底部的淤泥进行冲洗；S2：在河道上游建立蓄水池；S3：向河道投放水质调节剂，对河道水体进行表层、中层、深层处理；S4：在河道的底部铺设滤料基质，在滤料基质上方种植挺水植物、沉水植物和浮叶植物，所述浮叶植物位于所述沉水植物的上方，相邻所述挺水植物之间设有所述沉水植物和/或浮叶植物；S5：通过安装在线监测设备达到无人值守，实现数据传输智能化，同时人工定期巡检监测水质变化，并对取得的资料进行相关性分析给出水质变化的趋势报告。本发明能够对水底进行清理后，采用水生植物进行生物修复，建立生态平衡，保证河道治理效果。
River ecological regulation method
河道生态治理方法
YAO AIYUN (author)
2021-10-19
Patent
Electronic Resource
Chinese
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