Study on the River Water Quality Improvement Featuring Deficient Upstream in Flow -- A Case Study of Nanfei River in Hefei City

Hailong Yin, Min-yan Qiu, Zu-xin Xu
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引用次数: 1

Abstract

The largest tributary of Chao Lake located in Hefei City, the Nanfei River, is a river lack of upstream water inflow and receives water mainly from wastewater treatment plant (WWTP) discharge and polluted tributaries. In this study, a mathematical model comprising a hydrodynamic module and a water quality module was developed to simulate water quality improvement schemes. The model was calibrated with the data of local hydrological and water quality monitoring at 18 stations. Using the calibrated model, it was found that even if the discharged water from WWTPs is improved to grade IV (1.5 mg/L for ammonia), the ammonia concentration is still too high for the river to reach a water quality of grade V (2.0 mg/L). Considering water augmentation can only be used as an emergency measure to improve the water quality of the river, priority actions should be taken to reduce the pollution from the tributaries.
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上游流量不足的河流水质改善研究——以合肥市南淝河为例
巢湖最大的支流南淝河位于合肥市,是一条缺乏上游来水的河流,主要接收污水处理厂排放的水和被污染的支流。在本研究中,建立了一个由水动力模块和水质模块组成的数学模型来模拟水质改善方案。该模型采用当地18个站点的水文和水质监测数据进行校正。利用校正后的模型发现,即使将污水处理厂排放的水改善到IV级(氨浓度为1.5 mg/L),氨浓度仍然过高,无法达到V级(2.0 mg/L)的水质。考虑到增水只能作为改善河流水质的应急措施,应优先采取措施减少支流的污染。
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