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A STUDY ON WATER QUALITY MODELING OF SEONAKDONG RIVER USING CE-QUAL-RIV1

机译:CE-Qual-RIV1研究Seonakdong河水水质建模研究

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摘要

Numerous water quality models are in existence, but most were developed for steady flow conditions and are not appropriate when time-varying flows are to be considered. The Seonakdong River is an impound stream whose flowrate is controlled by the Daejeo and Noksan gates,so a constant flow does not exist. In contrast, pollutants have been constantly flowing into the river. The Daejeo gate is located upstream and the Noksan gate is downstream of the Seonakdong River. The Seonakdong River is an estuarine tributary of the Nakdong River and it is reservoir-like river used for agricultural irrigation with gates, at the river mouth to protect the intrusion of saline. To resolve these problems and obtain better water quality from the Seonakdong River, controlling the flowrate and velocity through optimum gate operation is required. The unsteady model, CE-QUAL-RIVI, has been chosen for comparative simulations. It has the ability to simulate varying flows and waste loads. This study has focused on verifying the variations in the water quality through inflow and outflow increase and long-term water quality prediction. The objective of this study is to determine the appropriate flowrate for obtaining better water quality from the Seonakdong River.
机译:许多水质模型存在,但大多数是为稳定流动条件开发的,并且在要考虑时变流时不合适。 Seonakdong River是一种贫困的流,其流量由Daejeo和Noksan门控制,因此不存在恒定流动。相比之下,污染物一直在流入河流。 Daejeo Gate位于上游,诺基森门位于Seonakdong河的下游。 Seonakdong River是Nakdong河的河口支流,它是水库般的河流用于农业灌溉,河口,以保护盐水的侵入。为了解决这些问题并获得Seonakdong河的更好的水质,需要通过最佳栅极操作控制流量和速度。已选择不稳定的模型CE-Qual-RIVI进行比较模拟。它有能力模拟变化的流量和废物负荷。本研究专注于通过流入和流出增加和长期水质预测来验证水质的变化。本研究的目的是确定来自Seonakdong河的更好的水质的适当流量。

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