Hydrogen, the most abundant and lightest element in the universe, has enormous potential
as a future energy. High conversion efficiency, recyclability and nonpolluting nature of …

Biohydrogen production from waste materials has been recognized as the promising step
towards bioremediation and green energy generation. A large number of microorganisms …

In order to address existing environmental concerns as a result of non-renewable energy
sources and to meet future energy demands, biohydrogen offers a suitable alternative …

Global population growth and accelerated urbanisation have resulted in massive amounts of
fossil fuel use and waste production. Because of its high energy content, pure nature, and …

Advances covers biological hydrogen production authoritatively from A to Z, including
microbiology, hydrogen production processes, biohydrogen feedstocks, molecular biology of …

Klebsiella pneumoniae ECU-15 (EU360791), which was isolated from anaerobic sewage
sludge, was investigated in this paper for its characteristics of fermentative hydrogen …

Distillery effluent poses severe environmental pollution problem mainly due to its high
organic content. During alcohol fermentation, most of the essential macro-and micro …

In present work our objective was to find out the potential substrates for fermentative
hydrogen production using microbial culture of Bacillus firmus NMBL-03 isolated from …

In the present study, significant hydrogen producing bacteria Enterococcus faecium IITGEN1
and Proteus mirabilis IITGEN2 were newly isolated from local waste sources via dark …

A major limitation to achieve higher power output from microbial fuel cells (MFC) is the
development of competitive environment for substrate utilization offered by methanogenic …