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In this study, we provide the sensitivity and reduction analysis of the current, most advanced one-dimensional (1-D) secondary settling tank (SST) model, the Bürger–Diehl model, under non-ideal flow and settling conditions. Parameter subsets suitable for the Bürger–Diehl model calibration are identified. For example, under the wet-weather condition, all model parameters, except fn and Dc,0, are influential...
The practical application of the one-dimension hindered-compression settling models remains a challenge, since the model calibration strongly depends on experimental observations with limited information. In this study, the identifiability of parameter subsets of the hindered-compression models is evaluated for various experimental layouts. Global sensitivity analysis is used to preliminarily select...
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