Mathematical Models in Biological Wastewater Treatment
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Abstract
Introduction (S.E. Jorgensen, M.J. Gromiec). Principles of mathematical modelling of biological wastewater treatment processes (V.A. Vavilin). Comprehensive activated sludge process design (W.W. Eckenfelder et al.). Modelling of effluent quality control for activated sludge plants (P.E. Sorensen). Mathematical model for dual power level, multicellular (DPMC) aerated lagoon systems (L.G. Rich). Mathematical models for waste stabilization ponds (J.J. Fritz). Mathematical models for the trickling filter process (J. Roberts). A loading model for biological attached growth reactors - development and application (J.A. Oleszkiewicz). Mathematical models for the oxygen transfer processes in rotating biological contactors (T. Matsuo, K. Yamamoto). Mathematical modelling of nitrification and denitrification in rotating biological contactors (Y. Watanabe). Mathematical modelling of biological packed and fluidized bed reactors (S.W. Hermanowicz, J.J. Ganczarczyk). Mathematical models for biological aerobic fluidized bed reactors (S. Elmaleh, A. Grasmick). Mathematical modelling of the anaerobic digestion process (K. Hanaki et al.). Mathematical models in anaerobic treatment processes (A. Rozzi, R. Passino). Mathematical modelling of energy consumption in biological wastewater treatment (H. Kubota, K. Fujie). Mathematical models for cost-effective biological wastewater treatment (D. Tyteca).