Sentence examples for a repeated batch from inspiring English sources

A stable, long-term 1,3-PDO production from glycerol was demonstrated with cells immobilized in a fibrous bed bioreactor operated in a repeated batch mode, which partially circumvented the 1,3-PDO inhibition problem.

The optimal strategy is shown to be one of the following: (1) a continuous-flow stirred tank reactor; (2) a repeated batch operation (spatial dual: a plug flow reactor with/without recycle); (3) a repeated fed-batch operatio involving singular control (spatial dual: a plug flow reactor with recycle and distributed feed); or a specific combination of (1), (2) and (3).

The fermentation was also studied in a fibrous bed bioreactor (FBB) operated in a repeated batch mode for 10 consecutive cycles in 10 days, achieving an average butanol yield of 0.21 ± 0.02 g/g and productivity of 0.53 ± 0.05 g/L·h from sugarcane juice, demonstrating its long-term stability without applying the antibiotic selection pressure.

The operating conditions were optimised (run time, 300 s; stop time, 3 s; power input, 6 W; harvest pump flow rate, 4 l per day) and a repeated batch process (three batches for a total of 192 h) was performed during which the SE was maintained always higher than 88%.

Furthermore, in the biofilm reactor, fermentations can be performed in a repeated batch mode or a continuous fermentation mode.

High biomass and lipid production were achieved in both batch and fed-batch cultures with glucose as carbon source, and a repeated batch process would be expected to be as efficient as a fed-batch or repeated fed-batch process.

VFAs formed in all repeated batch fermentations, proving the suitability of the biocatalyst for continuous mode operation.

For the purpose of designing an automatic repeated batch ethanol fermentation process, a self-settlement feature of flocculating yeast was used along with the development of a relevant kinetic model to describe such an operation.

Moreover, high productivity of l-lactic acid in an open repeated batch fermentation system under non-sterile conditions was demonstrated.

Fermentation ability of the recombinant strain was successfully kept during a five-cycle repeated batch fermentation with 86.3% of theoretical yield based on starting biomass.

Furthermore, the cells can remain in the biofilm during a prolonged feeding fermentation or repeated batch fermentations, and the already established solvent-producing capacity of the cells would increase the carbon flux to solvent production rather than biomass synthesis.