活性污泥过程模拟器ASP-Sim,第2部分:Bod去除,硝化,do,和顺序间歇式反应器

A. Adamu, I. Nwaogazie
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引用次数: 1

摘要

最常用的城市和工业废水的生物处理是活性污泥法。活化过程的设计通常是手工完成的;由于涉及大量的方程(需要近似值和四舍五入的误差),这通常是困难和容易出错的。此外,确定设计参数变化的影响对于人工计算来说非常困难和耗时。因此,本文采用Visual Basic 6.0编程对完全混合活性污泥(CMAS)工艺进行设计与仿真。采用基于动力学模型的算法和流程图来开发Visual Basic代码ASPSIM。使用标准教科书中的设计问题对代码进行了测试。结果表明,Visual BASIC 6.0程序ASP-SIM是预测温度对完全混合活化装置设计运行影响的有效工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Activated sludge process simulator ASP-Sim, Part-2: Bod removal, nitrification, do, and sequencing batch reactor
The most commonly used biological treatment of municipal and industrial wastewater is the Activated Sludge Process. The design of activated process is usually done manually; this is often difficult and susceptible to errors due to the large number of equations involved (which call for approximations and round off errors). Also, the determination of the effects of changes in design parameters are very difficult and time-consuming for manual computations. This paper therefore employs the Visual Basic 6.0 programming for design and simulation of completely mixed activated sludge (CMAS) process. Algorithm and flow chart based on kinetic model were used for developing the Visual Basic code, ASPSIM. The code was tested using a design problem from standard text book. Results obtained proves that the Visual BASIC 6.0 program ASP-SIM is a useful tool for predicting the effect of temperature on design and operation of completely mixed activated plant design and operation.
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