In recent years, growing attention has been devoted to maximize the product yield for the
conversion of biomass into ethanol. In this study, microaerated conditions were established to …

… CS solids revealed that the enhanced aeration enhanced the biodetoxification rate rather than
the … solution to increase the efficiency of ethanol production from lignocellulosic materials. …

… In batch mode, the optimal aeration enhanced fermentation efficiency by ~22 to 24%. … in
ethanol production is to find optimal conditions for high levels of ethanol production. However, …

… The results obtained showed that 2 h aeration enhanced carbohydrate and protein hydrolysis
by 38 and 64%, respectively [46]. Jagadabhi et al. [50] also introduced air into an LBR and …

… using the production of bioethanol under microaerobic conditions as a case study. Indeed,
an important problem in industrial fermentations is to increase bioethanol production at the …

… The application of CuO catalyst and aeration enhanced ORR in the cathodic chamber, and
thus yielded a better overall performance of MFC. Results revealed that the CuO/C cathode …

… of bioethanol production from sweet sorghum stem juice or other feedstocks using VHG
fermentation, … to the development of more efficient and sustainable biofuel production processes. …

… Aeration enhanced the ethanol productivity of both yeasts considera.bly. C. shehatae … rate
of ethanol production by both yeasts considerably (Fig. 1). The rate of ethanol production by P. …

… for a more economical production of ethanol from lignocellulosic … for bioethanol production.
Renew Energy. 2016;98:23-28. … More aeration enhanced the dissolved oxygen and at higher …

… of ethanol (Du Preez et al. 1989b). It was shown that limited aeration enhanced ethanol
production … ; Qma~, volumetric rate of ethanol production. All yield coefficients were calculated by …