Application of novel thermo-tolerant haloalkalophilic bacterium Halomonas stevensii for bio mitigation of gaseous phase CO 2 : Energy assessment and product evaluation studies

Mishra, Somesh; Raghuvanshi, Smita; Gupta, Suresh; Raj, Kaushik

doi:10.1016/j.procbio.2017.01.019

Cited by 15 publications

(10 citation statements)

References 41 publications

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“…Chemolithoautotrophic organisms, for example, can use the carbon in CO 2 as an energy source to undertake redox processes and convert it to various compounds [87]. Mishra et al [88] used Halomonas stevensii (H. stevensii) bacteria to convert atmospheric CO 2 into fatty alcohols (Dodecanol, Tetradecanol, and Pentadecanol). The H. stevensii bacteria were isolated from Sambhar Salt Lake samples and cultivated before seeding.…”

Section: Bacteria-based Biocon Co 2 Processesmentioning

confidence: 99%

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

2023

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Excessive dependence on fossil fuels increases GHG emissions and carbon levels in the atmosphere, leading to climatic changes. This phenomenon can be reversed by capturing the carbon via “carbon capture and storage” (CCS) or “carbon capture and utilize” (CCU) technologies. In CCS methods, the captured carbon is stored in natural sinks (e.g., oceans), whereas, in CCU methods, the carbon is converted into useful products. Among CCU methods, the biological conversion of CO2 (BioConCO2) into value-added chemicals has gained great attention. This review focuses on providing an overview of the recent advances in CO2 utilization technology with a focus on the BioConCO2. The theoretical background and technical drivers, challenges, and setbacks of upscaling and commercialization of BioConCO2 are critically discussed with implications for future improvements. The BioConCO2 is increasingly attracting the attention of researchers and industrialists for its capacity to operate under low CO2 concentrations and in the presence of impurities (common conditions in industrial flue gases)—among other numerous advantages. While upscaling algae-based BioConCO2 has operational and financial challenges, bioconversion via bacteria and genetically engineered cyanobacterial seems promising due to their efficiency and flexibility.

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Section: Bacteria-based Biocon Co 2 Processesmentioning

confidence: 99%

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

2023

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“…b) comparação de M1B-S com bactérias quimioautotróficas e heterotróficas geneticamente modificadas: O crescimento quimioautotrófico de M1B-S mostrou-se, ainda, comparável ao de bactérias atualmente estudadas na biofixação de carbono inorgânico, e.g. bactérias oxidadoras de hidrogênio (HOB), de ferro ou de enxofre (SOB) e espécies heterotróficas geneticamente modificadas (SALEHIZADEH, YAN, FARNOOD, 2020;BAE et al, 2001;MISHRA et al, 2017b).…”

Section: % Co2unclassified

“…Não obstante, as características autotróficas de M1B-S também são análogas às exibidas por outras bactérias oxidadoras de enxofre (SOB), tais como a cepa H. stevensii SSL-5 (MISHRA et al, 2017b;PARK et al, 2020;HU et al, 2010;ESPARZA et al, 2019). Segundo Mishra et al (2017b), quando cultivada em bateladas a 15% CO2 (37 °C, 1 atm) e com 7,9 g/L ou 15,8 g/L de N2S2O3 como fonte de elétrons, a bactéria H. stevensii SSL-5 foi caracterizada por µmáx de 0,21 d -1 e 0,25 d -1 , TCO2,máx de 140 mg/L/d e 175 mg/L/d e FCO2,máx de 0,287 g/l e 0,347 g/L, respectivamente. Adicionalmente, em alguns estudos que empregam biorreatores contínuos e/ou suplementam o meio de cultura com vitaminas e maiores quantidades de nutrientes (N, P, elementos traço, S2O3 -2 ou Na2S e S 0 ), os valores de µmáx e TCO2,máx associados às SOBs são superiores aos de M1B-S (PARK et al, 2020;KWON et al, 2015).…”

Section: % Co2unclassified

“…Comparativamente, dados na literatura indicam que este comportamento de M1B-S entre 30 °C e 40°C condiz com o gênero Alcanivorax e assemelha-se às demais bactérias quimioautotróficas estudadas na biomitigação de CO2. Por exemplo, a espécie Halomonas stevensii atinge máximos rendimentos em biomassa a 37°C (Xmáx= 1,21± 0,04 g/L) e a 30°C (Xmáx =0,85±0,03 g/L) (MISHRA et al, 2017b;SILVEIRA, THOMPSON, 2014). Ainda, os resultados mostram que a cepa M1B-S possui uma maior termoestabilidade em relação a muitos microrganismos fotossintetizantes e, portanto, quando exposta a condições industriais reais, deve exibir uma capacidade de remoção de CO2 superior estes (YUE, CHEN, 2005).…”

Section: Crescimento Em Diferentes Temperaturasunclassified

“…Apesar dos microrganismos citados apresentarem crescimento a T >30°C, pouca ou nenhuma fixação de CO2 foi verificada em seus cultivos mantidos a 40°C -50°C (BAE et al, 2001;HALLBERG, HEDRICH, JOHNSON, 2010;NELSON et al, 1989). Por outro lado, em comparação com Hydrogenophilus thermoluteolus TH-1 (μmáx=0,68 h -1 a 50°C) e demais bactérias termófilas, o crescimento de M1B-S a 40 -50°C é caracterizado por menores velocidades de crescimento e menores capacidades de capturar carbono (NGUYEN et al, 2019;MISHRA et al, 2017b;NELSON et al,1989).…”

Section: Similarmente Aos Experimentos Sob Diferentes Concentrações De Co2 Os Modelos Deunclassified

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Seleção e isolamento de bactérias fixadoras de CO2 para a purificação de gases de combustão e de gás natural.

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Carbon dioxide to bio‐fuels by mixed and pure microbial cultures isolated from activated sludge: relative evaluation of CO₂ fixation, biodiesel production, and thermodynamic analysis

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In the present work, the CO2(g) bio‐mitigation potential (15% [v/v]) of a mixed microbial population, Enterobacter cloacae and Pseudomonas putida, is thermodynamically assessed and compared at different Fe(II) concentrations (energy source). CO2(g) removal efficiency values are evaluated on per‐day basis for all cultures and found maximum for the mixed microbial population. Approximate material balance and thermodynamic assessment of the CO2(g) bio‐mitigation studies have revealed that among all cultures, the mixed microbial population shows the highest actual CO2 utilization efficiency (R.R) of 57.67 (±0.04)%. Leachate (biomass + cell free supernatant) obtained from CO2 bio‐mitigation batch studies were analyzed using FTIR and gas chromatography–mass spectroscopy. The results obtained have shown the presence of fatty acids and hydrocarbons in considerable amounts. The fatty acids obtained from cultures have shown the presence of a carbon chain length in the range of C7–C25, which makes it a potential source of biodiesel. Biodiesel yields of 91.55%, 77.49%, and 38.69% were obtained for the mixed microbial population, E. cloacae and P. putida. The hydrocarbons obtained from all the microbial cultures were found to have a carbon chain length in the range of C9–C32 and comprised saturated and unsaturated groups, which make them comparable to light oil.© 2019 Society of Chemical Industry and John Wiley & Sons, Ltd.

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Application of novel thermo-tolerant haloalkalophilic bacterium Halomonas stevensii for bio mitigation of gaseous phase CO 2 : Energy assessment and product evaluation studies

Cited by 15 publications

References 41 publications

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

Seleção e isolamento de bactérias fixadoras de CO2 para a purificação de gases de combustão e de gás natural.

Carbon dioxide to bio‐fuels by mixed and pure microbial cultures isolated from activated sludge: relative evaluation of CO₂ fixation, biodiesel production, and thermodynamic analysis

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Application of novel thermo-tolerant haloalkalophilic bacterium Halomonas stevensii for bio mitigation of gaseous phase CO 2 : Energy assessment and product evaluation studies

Cited by 15 publications

References 41 publications

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

A Review of the Recent Advancement of Bioconversion of Carbon Dioxide to Added Value Products: A State of the Art

Seleção e isolamento de bactérias fixadoras de CO2 para a purificação de gases de combustão e de gás natural.

Carbon dioxide to bio‐fuels by mixed and pure microbial cultures isolated from activated sludge: relative evaluation of CO2 fixation, biodiesel production, and thermodynamic analysis

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Product

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About

Carbon dioxide to bio‐fuels by mixed and pure microbial cultures isolated from activated sludge: relative evaluation of CO₂ fixation, biodiesel production, and thermodynamic analysis