Clean fuels are the critical requirement for industrialized world to combat emission of
greenhouse gas. Hydrogen is one of the cleanest fuels that generates water as a result of …

Considering the environmental challenges humanity faces in the 21st century, it is obvious
that there is an enormous need for change of the global energy map. Under these …

Microalgae originating from wastewater has been exhibiting particularly promising results in
terms of biohydrogen production and wastewater treatment. This paper aims to review the …

Integration of dark-and photo-fermentation is a promising strategy to enhance saline
wastewater treatment efficiency and biohydrogen production. In this study, dark-and photo …

Hydrogen production by biological routes is a sustainable alternative since it requires a low
amount of energy for its products and can use renewable raw materials as substrates. The …

How to effectively bioremediate aquacultural wastewater using microbes is an urgent issue
for the application of aquaculture beneficial microorganisms. Purple non-sulfur bacteria …

A Rhodobacter capsulatus strain and a photoheterotrophic culture (IZT) were cultivated to
produce hydrogen under different light-dark cycles. A dark fermentation effluent (DFE) was …

Remediation of As (III) by use of Fe (II) oxidation bacteria (FeOB) in iron-rich soils has been
reported, but seldom used in the iron-deficient soil of arid areas. This study was aimed at …

Winogradsky columns are model microbial ecosystems prepared by adding pond sediment
to a clear cylinder with additional supplements and incubated with light. Environmental …

Photobiological hydrogen production using a bacterial consortium has advantages over
pure cultures regarding application to wastewater treatment. Photo-H 2 production from …