@ARTICLE{Gel_Dyn_2021,
author = "Gelves Gelves, Elizabeth - Niño, L. Elisa - Mendoza, D",
title = "Dynamic Modeling of Tannase Production from Bacillus cereus: A Framework Simulation based on Fed Batch Strategy",
abstract = "Tannase enzyme is a metabolite of great interest in the industry. Typical examples of
its use can be found in wines and beer production, beverage and juice fruits clarification and
leather production. However, tannase production on an industrial scale is limited to the
operation batch mode. For this reason, its production is low and severe limitations take the
place of being carried on a large scale. To improve production, this research proposes an
operation strategy based on Fed-batch mode. The kinetic constants were taken from the
literature to simulate trends obtained through a Feed-batch mode of operation. One of the most
important findings of this research focuses on increasing tannase production with found values
of 0.380 U/g. The latter indicates that tannase production could be almost twice the
concentration obtained with the traditional batch mode (0.1900 U/g). Results obtained in this
research may be promising for the enzyme production industry. Using computational
techniques, it is possible to identify an improvement without investing in excessive
experimentation and resources.",
year = 2021,
url = "https://repositorio.ufps.edu.co/handle/ufps/6572",
}