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Integrated management of the Upper Mersey river basin using the SMILE object-oriented software system

机译:使用SMILE面向对象的软件系统对默西河上游流域进行综合管理

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dThis paper presents the application of the object-oriented framework SMILE to the management of flows and water quality in the Upper Mersey river catchment. The design river flows are those exceeded for 95% of the time; and are estimated applying alternative methods. The influence of compensation reservoirs, surface-water abstractions, and continuous discharges on low river flows is quantified. The annual licensed abstraction volumes are further reviewed. The monitored river water quality is classified, using the River Ecosystem scheme. The compliance of the sewage treatment works and trade effluents with their discharge-consent limits is also assessed. The impact of effluents on the variation of river water quality is evaluated through Monte Carlo simulations at the discharge points. The points where the downstream water quality fails to comply with proposed River Quality Objectives are identified. The consent limits of the corresponding discharges are assessed, and changes to the BOD and total ammonia limits are suggested. [References: 14]
机译:d本文介绍了面向对象的框架SMILE在上西默西河流域的流量和水质管理中的应用。设计河流流量是超过95%的时间的流量;并估计使用其他方法。量化了补偿水库,地表水抽取量和连续排放对河流流量低的影响。年度许可抽象量将得到进一步审查。使用河流生态系统方案对监测的河流水质进行分类。还评估了污水处理厂和工业废水是否符合排放许可限值。通过排放点的蒙特卡洛模拟评估废水对河流水质变化的影响。确定下游水质不符合拟议河流质量目标的点。评估相应排放量的允许极限,并建议更改BOD和总氨极限。 [参考:14]

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