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Modeling of a large-scale wastewater treatment plant for efficient operation

机译:大型废水处理厂的建模高效运行

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Environmental legislations in the Western world impose stringent effluent quality standards for ultimate protection of the environment. This is also observed in Turkey. The current paper presents efforts made to simulate an existing 0.77 million m~3/day conventional activated sludge plant located at Ankara, AWTP. The ASM 1 model was used for simulation in this study. The model contains numerous stoichiometric and kinetic parameters, some of which need to be determined on case by case bases. The easily degradable COD (S_S) was determined by two methods, physical-chemical and respirometric methods, namely. The latter method was deemed unreliable and rejected in the further study. Dynamic simulation with SSSP program predicted effluent COD and MLSS values successfully while overestimating OUR. A complete fit could only be obtained by introducing a dimensionless correction factor (η_(O2) = 0.58) to the oxygen term in ASM1.
机译:西部世界的环境立法为环境的最终保护施加严格的污水质量标准。这也在土耳其观察到。目前的论文提出了努力模拟现有的0.77万M〜3 /天常规活性污泥设备,位于Ankara,AWTP。 ASM 1模型用于本研究中的模拟。该模型包含许多化学计量和动力学参数,其中一些需要通过情况碱基确定。通过两种方法,物理化学和呼吸测定方法确定易降解的COD(S_S)。后一种方法被认为是不可靠的并且在进一步的研究中被拒绝。使用SSSP程序的动态模拟预测流出鳕鱼和MLSS值,同时高估了我们的。只能通过将无量纲校正因子(η_(O2)= 0.58)引入ASM1中的氧术语来获得完整的拟合。

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