… aerogenes. The objective of this work is to optimize the fermentation variables for
enhanced hydrogen production rate by using statistical approaches. …

… of cellulose and enhance the separation of lignin and hemicellulose [14]. The whole … data
of bioH 2 production (obtained under optimized process parameters) in batch fermentation of …

… on hydrogen bioproduction by Enterobacter aerogenes (NCIMB 10102) utilizing starch
hydrolysate as substrate. An optimum pH range corresponding to 6.1–6.6 is the main evidence of …

… Kinetic study was conducted using the optimized process parameters from RSM. The sampling
… When the temperature was increased higher than 37 C, hydrogen production dropped …

… hydrogen from apple pomace hydrolysate co-fermented with crude glycerol. A central composite
design (CCD) was employed to enhance hydrogen production by … pretreatment process …

… hydrogen production; however, more investigations are supposed to be conducted for
enhancing … to amend current technologies in order to optimize the yield. Pretreatment operational …

… Enterobacter aerogenes is one of the most widely-studied model strains for … aerogenes,
in enhancing hydrogen production mainly by optimizing the cultivation conditions of E. …

… optimize more environmentally-friendly, energy-efficient and sustainable hydrogen production
processes… the H 2 producing pathways forward, increasing H 2 production yield and rate …

… is useful for optimizing the dark fermentative hydrogen production and can obtain effective
information for the design, analysis, operation, and better understanding of dark fermentation. …

… and using excess EDTA results in a lower production rate; 2) concentration of salts … be
optimized to improve hydrogen production and lower operating costs, and 3) conditions optimized …