One of the most important benefits of immobilized cells is their reuse after media replacement [28]. In this work , the repeated batch fermentation was performed where the immobilized cells
of Z. mobilis was transferred from the old fermentation media after 48 h of incubation and put into new sterile fermentation media and this process was repeated four times. Fig. 9 and Table 3 show the results of repeated batch fermentation by Ca-alginate immobilized cells in SSF. The amount of the ethanol production was 17.86 g/L,corresponding to the ethanol productivity and the conversion yield of 0.372 g/(L h) and 47.8% of theoretical yield, respectively, in run 1
while the amount of the ethanol production was 5.32 g/L, corresponding to the ethanol productivity and the conversion yield of 0.111 g/(L h) and 14.1% of theoretical yield, respectively, in run 4.
One of the most important benefits of immobilized cells is their reuse after media replacement [28]. In this work , the repeated batch fermentation was performed where the immobilized cellsof Z. mobilis was transferred from the old fermentation media after 48 h of incubation and put into new sterile fermentation media and this process was repeated four times. Fig. 9 and Table 3 show the results of repeated batch fermentation by Ca-alginate immobilized cells in SSF. The amount of the ethanol production was 17.86 g/L,corresponding to the ethanol productivity and the conversion yield of 0.372 g/(L h) and 47.8% of theoretical yield, respectively, in run 1while the amount of the ethanol production was 5.32 g/L, corresponding to the ethanol productivity and the conversion yield of 0.111 g/(L h) and 14.1% of theoretical yield, respectively, in run 4.
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One of the most important benefits of immobilized cells is their reuse after media replacement [28]. In this work , the repeated batch fermentation was performed where the immobilized cells
of Z. mobilis was transferred from the old fermentation media after 48 h of incubation and put into new sterile fermentation media and this process was repeated four times. Fig. 9 and Table 3 show the results of repeated batch fermentation by Ca-alginate immobilized cells in SSF. The amount of the ethanol production was 17.86 g/L,corresponding to the ethanol productivity and the conversion yield of 0.372 g/(L h) and 47.8% of theoretical yield, respectively, in run 1
while the amount of the ethanol production was 5.32 g/L, corresponding to the ethanol productivity and the conversion yield of 0.111 g/(L h) and 14.1% of theoretical yield, respectively, in run 4.
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