… to improve hydrogen production by mixed culture technology. … factors that can influence
hydrogen production. Subsequently, … and 1.94 mol H 2 mol −1 glucose, respectively. In contrast, …

… the medium pH [29,57]. For most batch dark fermentative hydrogen production studies using
glucose as substrate, … They studied the influence of organic loading on continuous hydrogen …

… hydrogen yield of 1.04 mol H 2 /mol glucose was reported in a single bioreactor using the
combined of mixed culture … It is worth to mention that, the application of mixed culture in dark-…

… is a potential substrate for hydrogen production by dark fermentation. In this study, the
effect of initial pH on the performance of hydrogen production by dark fermentation coupled …

… Pure or mixed culture can be employed for H 2 production. Higher H 2 yield (HY) can be
achieved by using pure … The maximum glucose conversion efficiency, final pH and cell mass …

… glucose have been used for heterotrophic and mixotrophic … A novel process combining
biohydrogen production and the … , reduced waste generation, and higher hydrogen yield (Cheng …

… from cyanobacterial biomass, 1% w/v glucose was substituted by 1% w/v … mixed culture
was evaluated for single parameter optimization during photo-fermentative hydrogen production. …

… condition using media comprising of glucose (10 g L −… culture shows the presence of rod
shape H 2 producing bacteria (Fig. S1). The microbial profile of the hydrogen producing mixed …

… Hence, the highest theoretical H 2 yield of 12 mol H 2 /mol glucose can be achieved through
… The microbial composition of the mixed culture used during DF and PF was characterized (…

… 1 (glucose) using Monod kinetics requires considering pH inhibition term. The … effects of
inlet and local operating pH changes on biohydrogen production are examined using a hybrid …