Print Email Facebook Twitter Modelling the AB-process to implement cold CANON Title Modelling the AB-process to implement cold CANON Author Smitshuijzen, J.S.J. Contributor Cañestro, J.P. (mentor) Van Loosdrecht, M.C.M. (mentor) Faculty Applied Sciences Department Biotechnology Programme Environmetal Biotechnology Date 2014-12-12 Abstract A model describing simultaneous growth and adsorption of COD in the A-stage, using a limited set of variables, has been developed. The agreement between the real data and the simulations is remarkably good for both steady-state conditions and dynamic simulations mimicking the seasonality of one whole year of operation of the A-stage in Dokhaven. Also the dynamic simulations of the combined A- and current B-stage correctly described the real data of Dokhaven. These results are compared with those obtained by replacing the current B-stage by a CANON-reactor. The improvements in terms of soluble nitrogen (Nsol) removal are really significant. On average two times more Nsol will be removed than in the current situation, with removal efficiencies over 90% during the summer months. Subject AB-processCANONA-stage modeladsorptionwwtp To reference this document use: http://resolver.tudelft.nl/uuid:555bc4be-5ca2-47fc-823a-e29aee1424e6 Part of collection Student theses Document type master thesis Rights (c) 2014 Smitshuijzen, J.S.J. Files PDF Modelling_the_AB-process_ ... uijzen.pdf 4.54 MB Close viewer /islandora/object/uuid:555bc4be-5ca2-47fc-823a-e29aee1424e6/datastream/OBJ/view