This paper investigates the influence of pH and temperature on hydrogen bioproduction by
Enterobacter aerogenes (NCIMB 10102) utilizing starch hydrolysate as substrate. An …

Hydrogen bioproduction from agro-industrial residues by Enterobacter aerogenes in a
continuous packed column has been investigated and a complete reactor characterization is …

A series of batch tests were conducted to investigate the effects of pH and intermediate
products on biological hydrogen production. The tests were run in serum bottles to …

Fermentative hydrogen evolution by Enterobacter aerogenes strain E. 82005 was studied
with cultivations performed under both controlled and uncontrolled pH. Results show that the …

Heat pre-treatment of the inoculum associated to the pH control was applied to select
hydrogen-producing bacteria and endospores-forming bacteria. The source of inoculum to …

Hydrogen was produced continuously for 42 days by fermentation using Enterobacter
aerogenes strain E. 82005. Diluted molasses containing about 2% sugars were fed at a rate …

Abstract In India, annually about 3.3–5 million tons of cheese whey is produced which may
causes serious problems for the environment if left untreated. In this study, pretreated …

The aim of this work was to study the influence of pH and temperature on acidogenic
fermentation and bio-hydrogen production. A centered factorial design was generated with …

Desk studies were carried out to calculate the feasibility of hydrogen gas production by
(hyper) thermophilic organisms in high rate bioreactors. One of the main problems to deal …

The growth kinetics of hydrogen producing bacteria using three different substrates, namely
sucrose, non-fat dry milk (NFDM), and food waste were investigated in dark fermentation …