The present study examines the feasibility of producing hydrogen by dark fermentation using
unsterilised cheese whey in a UASB reactor. A lab-scale UASB reactor was operated for …

Hydrogen obtained from biomass via dark fermentation is considered a sustainable and
clean energy carrier. Batch fermentations with cheese whey powder were performed to …

The effect of different operational strategies and inoculum structure (granules and
disaggregated granules) during the start-up of four up-flow anaerobic sludge blanket …

The aim of the present study was to investigate the potential of hydrogen and subsequent
methane production from raw cheese whey at 35° C. The fermentative hydrogen production …

Hydrogen production from cheese whey through dark fermentation was investigated in this
study in order to systematically analyse the effects of the operating pH. The effluents from …

Due to the renewed interest in finding sustainable fuels or energy carriers, biohydrogen (Bio-
H2) from biomass is a promising alternative. Fermentative Bio-H2 production was studied in …

One of the problems in fermentative hydrogen producing reactors, inoculated with pre-
treated anaerobic granular sludge, is the eventual methane production by hydrogen …

Featured Application The results obtained can be used to optimize the production of
biohydrogen from highly concentrated liquid waste, such as cheese whey. Abstract This …

The effects of different hydraulic retention times (HRTs) of 4, 2, and 1 h and varying sources
of inoculum (sludge from swine and sludge from poultry) on the hydrogen production in two …

Nowadays, hydrogen produced globally has been synthesized from fossil fuel with limited
source. Therefore, research has been developed in order to explore biological H 2 …