Biological production of hydrogen (H 2) by dark fermentation is an exciting scientific area for
the conversion of low-cost residues and waste into biofuel. The main requirement for an …

The capacity of a heat-treated sludge (HTS) to produce hydrogen from the mono-and co-
digestion of corn (NW, pH 13.1) and brewery (BW, pH 3.8) wastewater was evaluated. The …

Bio-hydrogen is a promising sustainable energy to replace fossil fuels. This study
investigated bio-H 2 production from the inoculum of heat-pretreated landfill leachate sludge …

The study evaluates the biohydrogen production from herbal wastewater as the substrate by
the enriched mixed slaughterhouse sludge as the seed source. In the following experiments …

The present study deals with the biohydrogen production from starch-containing wastewater
collected from the textile industry in Taiwan. The effects of inoculums collected from different …

A two-stage modelling and optimization of biohydrogen production is reported. A mixture
design was used to determine the optimum proportions of bean husk (BH), corn stalk (CS) …

Nowadays, energy is the basic need for social life. Bioenergy is the powerful renewable
substitution of fossil fuels. Hydrogen is a clean fluid that can be easily provided with the help …

Waste activated sludge (WAS) is the most favorable inoculum for dark fermentative
hydrogen-producing processes, because it can be collected economically. In order to …

Waste generation, waste management, sustainable energy production, and global warming
are interrelated environmental issues to be considered together. Wastewater treatment …

This study focused for the influence of temperature and duration of heat treatment applied to
seed sludge on anaerobic biohydrogen fermentation. Temperature for the treatment varied …