Bioethanol production
A review of conversion processes for bioethanol production with a focus on syngas fermentation
... the production of bioethanol from both micro- and macro-algal biomass (Fasahati et ...for bioethanol production (John et ...Ethanol production from algal starch is similar to conversion ...
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Bioethanol Production from Sweet Potato (Ipomoea batatas L.) Flour using Co-Culture of Trichoderma sp. and Saccharomyces cerevisiae in Solid-State Fermentation
... the production of ...average production (m ton/ha) of different bioethanol crops under irrigated condition in India are as follows: sugarcane (8–12), sweet sorghum (2–3), cassava (12–18), and sweet ...
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Neural Network Based Control of an Absorption Column in the Process of Bioethanol Production
... In order to set a satisfactory real time control for the ethanol concentration in a staged absorption column, neural modeling was employed in the present work. The main contribution was the development of a nonlinear ...
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Genetically modified yeast strains for effective bioethanol production from lignocellulosic residues
... The key challenge for the present world is to discover new renewable energy resources able to replace fossil fuels. However, making economically attractive renewable fuels is a difficult task. Biofuel is any fuel ...
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Reduction of water consumption in bioethanol production from triticale by recycling the stillage liquid phase
... Triticale shows a number of advantages as a raw material for bioethanol production [Pejin et al. 2009 b, Ku ćerova 2007]. That cereal has a high starch content (about 60%) and as a less expensive crop would ...
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Characteristics of corn stover pretreated with liquid hot water and fed-batch semi-simultaneous saccharification and fermentation for bioethanol production.
... of bioethanol produced from lignocellulosic material can reduce our dependence on fossil fuels ...for bioethanol production ...food production compared with agricultural crops ...to ...
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Chemico-technological parameters and maturation curves of sweet sorghum genotypes for bioethanol production
... for bioethanol production, especially for using the same industrial production complex and for being processed during sugarcane ...for bioethanol production, with ...
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Sustainable bioethanol production using agro-industrial by-products
... ethanol production in the near future, as a 2 nd generation bioethanol, promoting, in this way, a sustainable biofuels production, that overcomes the problematic depletion of agriculture ...
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Application of lignocellulolytic fungi for bioethanol production from renewable biomass
... APPLICATION OF LIGNOCELLULOLYTIC FUNGI FOR BIOETHANOL PRODUCTION FROM RENEWABLE BIOMASS Jele a M.[r] ...
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Effective bioethanol production from Plant-based biomass by genetically modified yeast strains
... As aforementioned, Saccharomyces cerevisiae is, almost unanimously, the preferred microorganism for fermentation processes in industrial environments. This results of several characteristics associated with this yeast ...
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BIOCONVERSION OF GLYCEROL FOR BIOETHANOL PRODUCTION USING ISOLATED ESCHERICHIA COLI SS1
... microorganisms. Bioethanol and biohydrogen, which are types of renewable fuels, are two examples of bioconverted ...ethanol production from different media by local microorganism isolates and compare the ...
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Bioethanol production by solid state fermentation from cheese whey mixed with brewer’s spent grains
... Food by-products, whey mixed with spent grains are renewable resources which can be used as fermentation susbtrates for bioethanol production using selected Kluyveromyces spp. yeast strains. These food ...
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INTEGRATED FURFURAL AND FIRST GENERATION BIOETHANOL PRODUCTION: PROCESS SIMULATION AND TECHNO- ECONOMIC ANALYSIS
... Another outcome of this reallocation of bagasse use is the decrease in capital cost of about16.6% when comparing 1G+FF/M with 1GBASE because the investment of bagasse processing to furfural is significantly lower than ...
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Biomassa proveniente da casca da banana Musa sapientum: pre-tratamento e hidrólise ácida para análise da viabilidade na produção de bioetanol / Banana peel biomass Musa sapientum: pre-treatment and acid hydrolysis for fiability analysis in bioethanol production
... large production and consumption centers, which reinforces the need for alternative, clean and renewable sources of energy, where, for example, the use of biomass fits perfectly into the context of sustainable ...
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Bioethanol production with different dosages of the commercial Acrylamide polymer compared to a Bioextract in clarifying sugarcane juice
... One of the most important steps is to clarify the juice, which are added synthetic polymer acrylamide base, aiming the fast settling of impurities present in the juice. However, this input is expensive and may have ...
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Construction and phenotypic analysis of Kluyveromyces marxianus CCT 7735 recombinant flocculent strains for bioethanol production
... ethanol production, they have affinity for a wide range of competitive sugars, this means, our recombinant strains achieve flocculation toward the end of fermentation and it facilitates their removal from the ...
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Biodiesel and bioethanol production: A sustainable alternative for the energy crisis?
... energy production is ...energy production costs are ...the production of biofuels, such as biodiesel and ...and production systems are ...
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Bioethanol production utilizing fungal enzyme extracts and different processing methods
... Development of efficient methods for production of renewable fuels from lignocellulosic biomass is necessary to maximize yields and reduce operating costs. One of the main challenges to industrial application of ...
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Performance of sweet potato clones for bioethanol production in different cultivation periods
... Sweet potato is a perennial plant but cultivated as an annual crop. Thus, identifying the best period of cultivation is important for optimizing production, aiming human and animal consumption, as well as ethanol ...
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A novel strategy to construct yeast Saccharomyces cerevisiae strains for very high gravity fermentation.
... Very high gravity (VHG) fermentation is aimed to considerably increase both the fermentation rate and the ethanol concentration, thereby reducing capital costs and the risk of bacterial contamination. This process ...
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