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Use of modelling for optimization and upgrade of a tropical wastewater treatment plant in a developing country

机译:使用模型优化和升级发展中国家的热带废水处理厂

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This paper presents results of a novel application of coupling the Activated Sludge Model No. 3 (ASM3) and the Anaerobic Digestion Model No.1 (ADM1) to assess a tropical wastewater treatment plant in a developing country (Surat, India). In general, the coupled model was very capable of predicting current plant operation. The model proved to be a useful tool in investigating various scenarios for optimising treatment performance under present conditions and examination of upgrade options to meet stricter and upcoming effluent discharge criteria regarding N removal. It appears that use of plant-wide modelling of wastewater treatment plants is a promising approach towards addressing often complex interactions within the plant itself. It can also create an enabling environment for the implementations of the novel side processes for treatment of nutrient-rich, side-streams (reject water) from sludge treatment.
机译:本文介绍了结合使用3号活化污泥(ASM3)和1号厌氧消化模型(ADM1)的新型应用来评估发展中国家(印度苏拉特)的热带废水处理厂的结果。通常,耦合模型非常有能力预测当前的工厂运营。该模型被证明是一个有用的工具,可用于研究各种方案以优化当前条件下的处理性能,并检查升级方案以满足有关氮去除的更严格和即将来临的废水排放标准。看来,对废水处理厂进行全厂范围的建模是解决厂内通常复杂的相互作用的一种有希望的方法。它还可以为新型副过程的实施创造有利环境,该新副过程用于处理污泥处理中富含营养的侧流(拒水)。

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