Fermentative production of bio-hydrogen (bio-H-2) from organic residues has emerged as a promising alternative for providing the required electron source for hydrogen driven remediation strategies. Unlike the widely used production of H-2 by bacteria in fresh water systems, few reports are available regarding the generation of biogenic H-2 and optimisation processes in marine systems. The present research aims to optimise the capability of an indigenous marine bacterium for the production of bio-H-2 in marine environments and subsequently develop this process for hydrogen driven remediation strategies. Fermentative conversion of organics in marine media to H-2 using a marine isolate, Pseudoalteromonas sp. BH11, was determined. A Taguchi des...
Renewable, sustainable and carbon-neutral energy production is needed to deal with the challenges of...
This study aimed at finding applicable tools for favouring dark fermentation application in full-sca...
Wastewater biosolids are abundant renewable resources that are rich in organic matter and offer a lo...
Fermentative production of bio-hydrogen (bio-H-2) from organic residues has emerged as a promising a...
To isolate a salt tolerant hydrogen-producing bacterium, we used the sludge from the intertidal zone...
The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production of hyd...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
[en] The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production o...
International audienceAlthough being deionized, filtered and therefore normally deeply oligotrophic,...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
The growing interest for hydrogen utilization in the energy sector can be explained when considering...
Microorganisms can produce hydrogen biologically, with species ranging from photosynthetic and ferme...
Bacterial hydrogenases have been harnessed to the removal of heavy metals from solution by reduction...
Bio-hydrogen, obtained by fermentation of organic residues, is considered a promising source of rene...
Renewable, sustainable and carbon-neutral energy production is needed to deal with the challenges of...
This study aimed at finding applicable tools for favouring dark fermentation application in full-sca...
Wastewater biosolids are abundant renewable resources that are rich in organic matter and offer a lo...
Fermentative production of bio-hydrogen (bio-H-2) from organic residues has emerged as a promising a...
To isolate a salt tolerant hydrogen-producing bacterium, we used the sludge from the intertidal zone...
The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production of hyd...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
[en] The project MICRO-H2 aims to study and exploit the microbial (bacterial and algal) production o...
International audienceAlthough being deionized, filtered and therefore normally deeply oligotrophic,...
Biogenic catalysts have been studied over the last 10 years in freshwater and soil environments, but...
The growing interest for hydrogen utilization in the energy sector can be explained when considering...
Microorganisms can produce hydrogen biologically, with species ranging from photosynthetic and ferme...
Bacterial hydrogenases have been harnessed to the removal of heavy metals from solution by reduction...
Bio-hydrogen, obtained by fermentation of organic residues, is considered a promising source of rene...
Renewable, sustainable and carbon-neutral energy production is needed to deal with the challenges of...
This study aimed at finding applicable tools for favouring dark fermentation application in full-sca...
Wastewater biosolids are abundant renewable resources that are rich in organic matter and offer a lo...