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Fermentation Bioreactors Designs, Vol-1 Production Reactors Design with Cell-Mass Action Kinetics proffers production fermentation reactors designs procedure based on adopting production volume determined with Break-Even Analysis and the well-documented Point Sinks Sources mathematical description infused with Growth-Signal-Directed Rate Equations derived with the Composited Reactions Mass Action Kinetics, and embodying generally accepted standard Cell Growth Theory based cell-replication dynamics. The computation of the equations-collective are managed with Bioreactors Computational Design Structures of microbiological reactors. This volume of Fermentation Bioreactors Designs provides -based on the use of Bioreactors Computational Designs Structures of microbiological reactors- design-cases of Industrial production bioreactors which are quite instructive in providing guiding examples for adopting the fundamentals of bioreactor designs as elicited through the description of the bioreactors as Random Point Sinks Sources Media. Furthermore, the analysis emphasizes the role of biogenesis in the bioreaction dynamics of the reactor in track with the evolution of the growth stages of the microbe.The Industrial Bioreactors design-cases include both the ubiquitous reactors and the innovative design such as the Continuous Stirred Flow Bioreactors, Tubular Flow Bioreactors, Tubular Packed Bed Bioreactors, and Fluidized Continuous Flow Bioreactors. In all, there are enough examples to get any Bioreactor Engineer kick-start the design of bioreactor of any preferred configuration.
Book Details Publisher: Okumaye Publishing ISBN-13: N/A Binding:
Cloth + dust cover Publish & Release Month: November, 2018 Dimension: 6.14 x 9.21 |