The purpose of this work was to obtain a correlation based on literature, depicting the relationships betwen the physical oxygen transfer rate (OTR) and microbial oxygen uptake rate (OUR) in order to determine the conditions (mass transfer coefficient, resulting on diferents combinations of aereations and agitations rates), under which growth will not be limited by oxygen. This correlation was adapted to culture with B. thuringiensis in order to estimate what biomass concentration are feasible for the physical limits set by operations conditions before microbial activity becomes limited by oxygen.Este trabajo se realizó con el propósito de implementar un modelo teórico a partir de la relación entre la velocidad de transferencia de oxígeno (...
L'objectif des travaux est la quantification et la modélisation du transfert d oxygène en condition ...
Se ha estudiado experimentalmente la cinética del cultivo de azotobacter vinelandii en condiciones d...
International audienceOxygen transfer performances in intensive microbial cultures are compared with...
The purpose of this work was to obtain a correlation based on literature, depicting the relationship...
Diversos autores han demostrado que un sistema de aireación favorece las habilidades fermentativas d...
En el presente trabajo se implementó un modelo teórico a partir de la relación entre la velocidad de...
Oxygen as final electron acceptor in respiration in aerobic fermentations is commonly a limiting fac...
95 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.Oxygen uptake rates (OUR) for ...
In aerobic microorganism culture, it has been observed that conventional bioreactors lead to disadva...
Foi estudada a influência da concntração de oxigênio na produção de inseticida bacteriano por fermen...
The kinetic analysis of Bacillus thuringiensis var. israelensis (Bti) growth is often hindered by th...
En fermentaciones aerobias uno de los nutrientes que se constituye en limitante es el oxígeno, del c...
This paper shows a comparison of three different empirical correlations found in the literature for ...
In the production by fermentation technology Bacillus thuringiensis of five alternative methods they...
The effects of initial pH and the presence of solid particles on the growth rate of Thiobacillus fer...
L'objectif des travaux est la quantification et la modélisation du transfert d oxygène en condition ...
Se ha estudiado experimentalmente la cinética del cultivo de azotobacter vinelandii en condiciones d...
International audienceOxygen transfer performances in intensive microbial cultures are compared with...
The purpose of this work was to obtain a correlation based on literature, depicting the relationship...
Diversos autores han demostrado que un sistema de aireación favorece las habilidades fermentativas d...
En el presente trabajo se implementó un modelo teórico a partir de la relación entre la velocidad de...
Oxygen as final electron acceptor in respiration in aerobic fermentations is commonly a limiting fac...
95 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.Oxygen uptake rates (OUR) for ...
In aerobic microorganism culture, it has been observed that conventional bioreactors lead to disadva...
Foi estudada a influência da concntração de oxigênio na produção de inseticida bacteriano por fermen...
The kinetic analysis of Bacillus thuringiensis var. israelensis (Bti) growth is often hindered by th...
En fermentaciones aerobias uno de los nutrientes que se constituye en limitante es el oxígeno, del c...
This paper shows a comparison of three different empirical correlations found in the literature for ...
In the production by fermentation technology Bacillus thuringiensis of five alternative methods they...
The effects of initial pH and the presence of solid particles on the growth rate of Thiobacillus fer...
L'objectif des travaux est la quantification et la modélisation du transfert d oxygène en condition ...
Se ha estudiado experimentalmente la cinética del cultivo de azotobacter vinelandii en condiciones d...
International audienceOxygen transfer performances in intensive microbial cultures are compared with...