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首页> 外文期刊>Asian journal of water, environment and pollution >Hydrodynamic And Transport Model Of The Siak Estuary
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Hydrodynamic And Transport Model Of The Siak Estuary

机译:锡克河河口水动力和输运模型

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摘要

The Siak River flows around an industrial area of Riau Province, Sumatra (Indonesia) towards the Malacca Strait. Most of domestic and industrial wastes are transported along this river to the estuary. In this investigation, the HAMburg Shelf Ocean Model (HAMSOM) and an attached dispersion model are employed to simulate the circulation patterns and the dispersion of pollutants, respectively. In this study the pollutants are released only in the front of Siak river mouth. The simulation is performed for the period from January 2001 until May 2006, and the results are validated with available observations and satellite data. By means of this model study, it is shown that although the wind direction changes with the monsoon, the direction of the surface currents in the Malacca Strait are almost the same over the entire year. Results of the transport model suggest that most of the pollutants are transported through the Bengkalis Strait to the north into the Malacca Strait. Although the general circulation pattern in the Malacca Strait does not show a seasonal reversal, it could be demonstrated that the monsoon cycle influences the transport and dispersion of the pollutants significantly.
机译:锡克河(Siak River)在苏门答腊(印度尼西亚)廖内省的工业区附近流向马六甲海峡。大部分生活和工业废物都沿着这条河运到河口。在这项研究中,分别使用汉堡架海洋模型(HAMSOM)和附加的扩散模型来模拟污染物的循环模式和扩散。在这项研究中,污染物仅在锡克河口前释放。从2001年1月到2006年5月进行了模拟,并使用可用的观测数据和卫星数据对结果进行了验证。通过该模型研究表明,尽管风向随季风而变化,但马六甲海峡全年的地表水流方向几乎相同。运输模型的结果表明,大多数污染物通过孟加拉邦海峡向北输送到马六甲海峡。尽管马六甲海峡的总体循环模式没有显示出季节性逆转,但可以证明季风周期对污染物的迁移和扩散有显着影响。

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