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Reduction of Waste Water in Erhai Lake Based on MIKE21 Hydrodynamic and Water Quality Model

机译:基于Mike21流体动力学和水质模型的洱海废水还原

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In order to study the ecological water environment in Erhai Lake, different monitoring sections were set to research the change of hydrodynamics and water quality. According to the measured data, MIKE21 Ecolab, the water quality simulation software developed by DHI, is applied to simulate the water quality in Erhai Lake. The hydrodynamics model coupled with water quality is established by MIKE21FM software to simulate the current situation of Erhai Lake. Then through the comparison with the monitoring data, the model parameters are calibrated and the simulation results are verified. Based on this, water quality is simulated by the two-dimensional hydrodynamics and water quality coupled model. The results indicate that the level of water quality in the north and south of lake is level III, while in the center of lake, the water quality is level II. Finally, the water environment capacity and total emmision reduction of pollutants are filtered to give some guidance for the water resources management and effective utilization in the Erhai Lake.
机译:为研究洱海的生态水环境,设定了不同的监测部分,以研究流体动力学和水质的变化。根据测量的数据,Mike21 Ecolab,DHI开发的水质仿真软件应用于模拟洱海水质。 Mike21FM软件建立了与水质量相结合的流体动力学模型,以模拟洱海的现状。然后通过与监视数据的比较,校准模型参数,验证模拟结果。基于此,通过二维流体动力学和水质耦合模型模拟水质。结果表明,湖北和南部的水质水平是III水平,而在湖中央,水质是二级。最后,过滤了水环境能力和污染物的总辐射辐射减少,为洱海水资源管理和有效利用提供了一些指导。

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