By Jacques Thierie
This e-book introduces a brand new paradigm in process description and modelling. the writer indicates the theoretical and useful successes of his process, which consists of exchanging a standard uniform description with a polyphasic description. this variation of viewpoint unearths new fluxes which are cryptic within the classical description. numerous case reviews are given during this booklet, that is of curiosity of these operating with biotechnology and eco-friendly chemistry.
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Extra resources for Introduction to Polyphasic Dispersed Systems Theory: Application to Open Systems of Microorganisms’ Culture
The horizontal cylinder represents an open system in which a flow causes micelles containing the compound i to get in and out. In case a, the kinetics of the transformation in i is obtained by ﬁxing the referential on one micelle (Rmic). In case b, the kinetic is obtained by working within the referential of the whole system (RSYS). 9). 2 35 Example To reinforce the considerations above of the possibility of a PKR, a very simple example of relativity based on a more intuitive than mathematical approach is proposed.
Fortunately, the considered examples have biomass well below 10 gDW/L, which reduces the error range. 8 The Variation of the Internal Composition of a Microorganism with the Growth Rate Is a Consequence of the Mass Conservation Law It has long been known, and a very general manner, the composition and size of a microorganism depends upon its growth rate. This dramatically applies to bacteria. 8 The Variation of the Internal Composition … 43 composition, determines the PHYSIOLOGICAL STATE (cell size and macromolecular composition) for cells growing in it.
54 3 Continuous Culture: The Chemostat In practice, the chemostat is started off by ﬁlling the vat  to half full with the culture medium and an inoculum is added (a dose) of microorganisms. The culture is left in this state for from a few hours to several days (according to the growth rate of the microorganisms), following which the pumps [8a, b] are set into action in such a way that a flux Q occurs that deﬁnes the dilution D rate. The system starts up in batch before moving on to chemostat mode (for various technical reasons (Demain and Solomon 1986)).
Introduction to Polyphasic Dispersed Systems Theory: Application to Open Systems of Microorganisms’ Culture by Jacques Thierie