Cultivation and biogeochemical analyses reveal insights into biomineralization caused by piezotolerant iron-reducing bacteria from petroleum reservoirs and their application in MEOR

Dong, Hao; Yu, Li; Xu, Ting; Liu, Yulong; Fu, Jian; He, Yanlong; Gao, Ji; Wang, Jiaqi; Sun, Shanshan; She, Yuehui; Zhang, Fan

doi:10.1016/j.scitotenv.2023.166465

Science of The Total Environment

2023

DOI: 10.1016/j.scitotenv.2023.166465

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Cultivation and biogeochemical analyses reveal insights into biomineralization caused by piezotolerant iron-reducing bacteria from petroleum reservoirs and their application in MEOR

Hao Dong,

Li Yu,

Ting Xu

et al.

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2024

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Cited by 2 publications

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Diversity links to functionality: Unraveling the impact of pressure disruption and culture medium on crude oil-enriched microbial communities from the deep Eastern Mediterranean Sea

Charalampous,

Fragkou,

Kalogerakis

et al. 2024

Marine Pollution Bulletin

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Diversity links to functionality: Unraveling the impact of pressure disruption and culture medium on crude oil-enriched microbial communities from the deep Eastern Mediterranean Sea

Charalampous,

Fragkou,

Kalogerakis

et al. 2024

Marine Pollution Bulletin

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Environmental Significance of Microbe-Clay Interaction: A Mini-Review

Oziegbe,

Ahuekwe

2024

IOP Conf. Ser.: Earth Environ. Sci.

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The interaction between microbes and clay plays an important role in the cycling of elements and the elimination of contaminants from the environment. Microbial activity has reduced structural iron (Fe) in clay minerals, which is an important mechanism in soil pollution bioremediation. Also, clay-based materials have been employed in the microbial load reduction of bacteria-laden water by exploiting microbe-clay interactions. Reduction of smectites by microorganisms has been reported to be notable and significant in the contaminant remediation processes. However, the type of contamination, properties of clays involved, and associated microorganisms have had a remarkable influence on one another. The bacterium Shewanella has been found to be effective in bioreduction processes, while the fungus Aspergillus niger has proven very effective in biobeneficiation of clay, with reports of efficient elimination of dangerous elements in water. This review discusses activities of microorganisms on clays comprising bioreduction, bioremediation, biobeneficiation, and biodegradation and highlights certain current challenges and future perspectives in microbe-clay interactions. In conclusion, an understanding of the dynamics of this interaction, can help improve the design and manufacture of purification materials for domestic and industrial use.

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Cultivation and biogeochemical analyses reveal insights into biomineralization caused by piezotolerant iron-reducing bacteria from petroleum reservoirs and their application in MEOR

Cited by 2 publications

References 42 publications

Diversity links to functionality: Unraveling the impact of pressure disruption and culture medium on crude oil-enriched microbial communities from the deep Eastern Mediterranean Sea

Diversity links to functionality: Unraveling the impact of pressure disruption and culture medium on crude oil-enriched microbial communities from the deep Eastern Mediterranean Sea

Environmental Significance of Microbe-Clay Interaction: A Mini-Review

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