Waste biological sludge from a wastewater treatment plant contains high levels of organic
matter (for example, carbonhydrates and proteins) and thus are a potential substrate for …

Among a variety of organic wastes, sewage sludge has drawn extensively attentions during
recent years due to its advantages of huge amount, high organic content, low cost, and …

The high volumes of sewage sludge produced have raised interests for simultaneous
treatment and clean energy production, eg in the form of hydrogen. Pretreatment of sewage …

Hydrogen production from organic wastes by dark fermentation is promising. Among a
variety of organic wastes, sewage sludge has drawn extensive attention due to its large …

Rapid development in the world leads humankind to urge for extensive energy that
ultimately contributes to scarcity of fossil fuels. Hydrogen is preferred over methane as a …

In this study, hydrogen production with activated sludge, a diverse bacterial source has been
investigated and compared to microflora from anaerobic digester sludge, which is less …

Biological hydrogen production potential of a defined microbial consortium consisting of
three facultative anerobes, Enterobacter cloacae IIT-BT 08, Citrobacter freundii IIT-BT L139 …

The goal of the proposed project was to develop an anaerobic fermentation process that
converts negativevalue organic wastes into hydrogenrich gas in a continuousflow reactor …

The conversion of organics in wastewaters into hydrogen gas could serve the dual role of
renewable energy production and waste reduction. The chemical energy in a sucrose rich …

In this research, biological hydrogen production via dark fermentation using mixed cultures
was studied in batch, repeated batch and continuous systems. The preparation of active and …