Given the increasing demand for hydrogen, owing to its environmentally friendly nature, it is
important to explore efficient methods for hydrogen production. This study investigates dark …

Production of hydrogen using organic wastes via dark fermentation is a sustainable and
cleaner technology. Co-fermentation of multiple wastes with complementary characteristics …

Food waste and sewage sludge are the most abundant and problematic organic wastes in
any society. Mixture of these two wastes may provide appropriate substrate condition for …

Batch tests were carried out to analyze influences of the alkaline pretreatment and initial pH
value on biohydrogen production from sewage sludge. Experimental results of the impact of …

Anaerobic co-digestion of food waste and sewage sludge for hydrogen production was
performed in serum bottles under various volatile solids (VS) concentrations (0.5–5.0%) and …

This chapter focuses on biohydrogen production from solid wastes. In particular, the waste
(organic fraction of municipal solid wastes, forestry wastes, agricultural wastes, industrial …

Dark fermentation of sewage sludge (ie, the byproduct of biological sewage treatment
process) is a promising way for renewable hydrogen production. However, low carbohydrate …

In this work, the aged refuse (AR) excavated from a typical refuse landfill with over 10 years
of placement was used for the enhancement of bio-hydrogen production from food wastes …

In this study, the feasibility of hydrogen production from food waste using a combined
bioprocess of solid-state fermentation (SSF) and dark fermentation was investigated. Food …

Biohydrogen generated from the anaerobic digestion of a synthetic food waste with constant
composition and a real food waste collected in Hong Kong were studied. This study aims at …