tailieunhanh - Production of bioethanol from bamboo using thermotolerant yeast with simultaneous saccharification and fermentation process

Bioethanol from lignocellulosic substrates could be a key alternative and sustainable fuel because of diminishing fossil fuel reserves and increased concerns over environmental pollution. Therefore, recent focus has made on cheaply available lignocellulosic substrate like bamboo. Production of bioethanol using bamboo as feedstock is gaining importance as of relatively higher growth rate and their abundant and sustainable availability in the tropics. In this study, a perennial woody grass bamboo was exploited for the production of bioethanol using the simultaneous saccharification and fermentation process with cellulase enzyme and a thermotolerant yeast Kluyveromyces marxianus TY16 for efficient conversion. The bamboo was found to contain maximum cellulose content of %. SEM and FTIR analysis of the acid treated and untreated substrate showed the difference in the structural changes. Under the optimum conditions of SSF, maximum ethanol concentration of gl-1 was achieved from the bamboo substrate. Thus, it showed that the bamboo biomass conversion using the SSF process has the good potential for ethanol production industries. | Production of bioethanol from bamboo using thermotolerant yeast with simultaneous saccharification and fermentation process

• Sinh học
• Simultaneous saccharification
• Fermentation process
• Thermotolerant yeast
• Bamboo using thermotolerant yeast
• Production of bioethanol
• BMC Biotechnology
• Simultaneous enzymatic saccharification
• Lignocellulosic biomass
• Specialty chemicals
• Undesired chemical inhibitors
• Solid state fermentation
• Simultaneous saccharification and fermentation
• Saccharomyces cerevisiae
• Aspergillus awamori
• Bioethanol production from waste corn
• Bioethanol Production Plant
• Renewable Energy Technologies
• Technology Marketing Campaign
• Bioethanol Production and Use
• Global potential bioethanol production
• Genetic engineering approaches
• bioethanol production from maize
• Corn Cobs Using Mixed Yeast Strains
• Temperature Optimization
• Bioethanol Production
• Technical Summary
• Rice straw
• Sodium lignosulfonate production
• Black liquor generated
• Lignocellulosic Production
• Biotechnology and food sciences
• Bioethanol production from agricultural wastes
• Zymomonas mobilis
• Vinegar production
• Agricultural wastes
• optimization methods
• Vietnam Journal of Science and Technology
• Using experimental planning
• Optimize the hydrolysis of sugar cane bagasse into fermentable sugars
• Bioethanol production by fungal enzyme mixture
• Analysis of individual parameter
• Green seaweed
• Chemical composition
• Vietnam green seaweed
• Biomass source
• Sugar palm sap
• West sumatra
• Support bioethanol production
• Sumatra to find superior isolate
• Several regions of west
• Water hyacinth
• Pre treatment
• Saccharification methods
• Thermophiles from Eichhornia crassipes
• Second generation
• Future perspectives
• Second generation bioethanol production
• Lignocellulosic waste
• Phragmites australis
• Lignino cellulose
• Phylogenetic tree
• Enhanced bioethanol production
• Identification of microorganisms
• Agricultural science
• Sweet sorghum varieties
• Sweet sorghum
• Candida tropicalis
• Isolation and characterization
• Xylose fermenting yeast
• Different fruits
• Rhizoclonium sp
• Phycoremediate terrestrial microalgae serves source
• Ponds production system
• The Production of Ethanol
• Maize Cobs
• Groundnut Shell
• Ethanol producing yeast
• Acid hydrolysis
• Oryza sativa
• Amylolytic enzymes
• Feedstock
• Market Perspectives
• Energy Crop
• Co Fermentation
• Maria Smith
• A multiple scenario analysis
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• báo cáo hóa học
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• tài liệu về hóa học
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