In search of sulfate-reducing consortia able to degrade acetate under acidic conditions

In search of sulfate-reducing consortia able to degrade acetate under acidic conditions

BACKGROUND: Sulfate-reducing microorganisms (SRM) can help to remediate acidic effluents containing metals. One drawback of sulfate reduction is that some SRM do not completely oxidize the substrate to CO2 and acetic acid may remain as a byproduct, affecting the process efficiency. Acidic environmen...

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Bibliographic Details
Main Authors: Campos-Quevedo, N.G (Author), Celis, L.B (Author), López-Lozano, N.E (Author), Sánchez-Andrea, I. (Author), Stams, A.J.M (Author)
Format: Article
Language:English
Published: John Wiley and Sons Ltd 2021
Subjects:
acetate
acetic acid
Acidic conditions
Acidic environment
acidic pH
acidification
acidophilic
adult
Article
Bacteroidetes
Caldisericum
chemical analysis
Chemical industry
community
Community composition
consortia
Desulfatirhabdium
Desulfotomaculum
DNA polymerase
electron
Fermenting bacteria
Firmicutes
glycerol
lactic acid
microbial consortium
microbial degradation
microbial diversity
Microbial diversity
Microorganisms
nonhuman
Operational taxonomic units
oxidation kinetics
pH
Process efficiency
Proteobacteria
RNA 16S
sediment
Sediment enrichments
Sphaerochaeta
sulfate
sulfate reducer
sulfate reduction
sulfide
Sulfur compounds
sulfuric acid
Synergistetes
taxonomy
Volatile fatty acids
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