摘要：A computation procedure is developed for identification of dynamic model intended for solving the biomass growth-related optimization problems at fed-batch fermentation processes. The model identification relies on exploiting a versatile structure model that covers several particular structure models commonly used in bioprocess engineering practice. The model parameters are found by using experimental data of batch or fed-batch fermentation processes and a consecutive identification procedure, which include the parameters preliminary estimation. Practical application of the proposed model identification procedure is demonstrated for solving the feed-rate optimization problem in fed-batch culture E.coli . DOI: http://dx.doi.org/10.5755/j01.itc.42.1.927
其他摘要：A computation procedure is developed for identification of dynamic model intended for solving the biomass growth-related optimization problems at fed-batch fermentation processes. The model identification relies on exploiting a versatile structure model that covers several particular structure models commonly used in bioprocess engineering practice. The model parameters are found by using experimental data of batch or fed-batch fermentation processes and a consecutive identification procedure, which include the parameters preliminary estimation. Practical application of the proposed model identification procedure is demonstrated for solving the feed-rate optimization problem in fed-batch culture E.coli.DOI: http://dx.doi.org/10.5755/j01.itc.42.1.927
关键词：model identification;optimization;fed-batch fermentation process
