Rieger L, Koch G, Kühni M, Gujer W, Siegrist H
Swiss Federal Institute for Environmental Science and Technology (EAWAG) and Swiss Federal Institute of Technology (ETH), Dübendorf.
Water Res. 2001 Nov;35(16):3887-903. doi: 10.1016/s0043-1354(01)00110-5.
An additional module for the prediction of enhanced biological phosphorus removal is presented on the basis of a calibrated version of ASM3. The module uses modified processes from ASM2d but neglects the fermentation of readily degradable substrate. Biomass decay is modeled in the form of endogenous respiration as in ASM3. Moreover, an additional glycogen pool and biologically induced P-precipitation were not taken into account. The module was systematically calibrated with experimental data from various batch experiments, a full-scale WWTP and a pilot plant treating Swiss municipal waste water. A standard parameter set allowed all data to be simulated.
基于活性污泥模型3（ASM3）的校准版本，提出了一个用于预测强化生物除磷的附加模块。该模块采用了活性污泥模型2d（ASM2d）中的修正过程，但忽略了易降解底物的发酵。生物量衰减的建模方式与ASM3一样，采用内源呼吸的形式。此外，未考虑额外的糖原池和生物诱导的磷沉淀。该模块使用来自各种批次实验、一座全尺寸污水处理厂和一座处理瑞士城市废水的中试厂的实验数据进行了系统校准。一组标准参数能够模拟所有数据。
