BIOETHANOL PRODUCTION: BACTERIA VERSUS YEASTS - Kikani, Bhavtosh
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Biofuels are inevitably needed in the present day scenario. We have isolated 9 marine halophilic bacteria from the Gulf of Khambhat. Among, 4 were screened as potent cellulase producers. Further, screening shown that Pal-3 was most potent ethanol producer as compared to others. We have used corn cob for bioethanol fermentation by Pal-3.The data exhibited some interesting trends highlighting conventional yeast based approach. This data were also compared with the consolidated bioprocessing approach .Our trend revealed that the Pal-3 could ferment ethanol more efficiently from cellulose waste as…mehr

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Produktbeschreibung
Biofuels are inevitably needed in the present day scenario. We have isolated 9 marine halophilic bacteria from the Gulf of Khambhat. Among, 4 were screened as potent cellulase producers. Further, screening shown that Pal-3 was most potent ethanol producer as compared to others. We have used corn cob for bioethanol fermentation by Pal-3.The data exhibited some interesting trends highlighting conventional yeast based approach. This data were also compared with the consolidated bioprocessing approach .Our trend revealed that the Pal-3 could ferment ethanol more efficiently from cellulose waste as compared to consolidated bioprocessing approach. This point out commercial applicability of the strain and process.
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Autorenporträt
O autor Dr. Bhavtosh A. Kikani é actualmente professor assistente (Ciências Biológicas) no P.D. Patel Institute of Applied Sciences, Charotar University of Science and Technology, Changa - 388 421 (Gujarat, Índia). A Sra. Dosani é uma estudante pós-graduada em Biotecnologia no mesmo instituto.