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Bioethanol production
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Rice straw contains more than 35% of cellulose.This material presents a potential feedstock for bioethanol production. In this study, the two-stage pretreatment of Q5 specie rice straw was used for preparation of cellulosic pulp for enzymatic saccharification.
6p
vilarry
01-04-2024
5
1
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Polysaccharide monooxygenases (PMOs) and Glycoside Hydrolases (GH) play a crucial role in breaking down chitin and cellulose. Research on PMOs has mainly focused on their role in the production of bioethanol from biomass. Still, the potential of PMOs as virulence factors in microorganisms is not been fully studied.
9p
vibego
02-02-2024
3
0
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Pineapple and coconut are part of the largest commodities in Indonesia. In this study, extracts of pineapple skin and coconut water were used as a novel fermentation substrate in bioethanol production by Saccharomyces cerevisiae. Those were used as raw materials contain sugar, which makes it a potential medium for bioethanol fermentation.
13p
vibego
02-02-2024
1
0
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Part 2 book "Seafood processing" includes content: Use of seafood processing by products in the animal feed industry; potential uses of lactic acid bacteria in seafood products; chitin and its beneficial activity as an immunomodulator in allergic reactions; chitosan nanoparticles - preparation, characterization, and applications; chitin, chitosan, and their derivatives against oxidative stress and inflammation, and some applications; lipid bodies isolated microalgae residues as a source for bioethanol production,... and other contents.
276p
muasambanhan01
13-12-2023
5
3
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Screening and expression of new β-glucosidase genes (bgc) have attracted much attention because of their valuable application in a wide range of industrial areas such as bioethanol production, food and animal feed processing, paper making, and biotechnological processes.
10p
vicaptainmarvel
21-04-2023
2
2
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"Research on the potential of some sweet sorghum genotypes as bioethanol source under Mediterranean conditions" was conducted to determine the potential of bioethanol production from different sweet sorghum varieties under the Çukurova conditions with a Mediterranean climate. Experiments were conducted over two years in 2016 and 2017 on the experimental fields of the Eastern Mediterranean Agricultural Research Institute in Adana province between June and October in randomized blocks design with four replications.
11p
lyhuyenthu
31-01-2023
7
2
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Lignocellulosic biomass is a potential material source for ethanol production. Particularly, the sugarcane bagasse (SCB) coming from the sugar waste of the refinery is very rich in lignocellulose that can be biochemically transformed into ethanol. However, its recalcitrant structure necessitates a pretreatment step to break up the lignocellulosic matrix, thus improving the accessibility of hydrolytic enzymes to carbohydrates for sugar production.
4p
vilexus
05-10-2022
20
2
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The highest bioethanol production was obtained from juice and bagasse of variety SS-301, by the mixed-culture treatment. From the juice, bioethanol concentration was 50.26 mL L1 , whereas from bagasse, bioethanol concentration was 10.5 mL L1 . Finally, it could be estimated that 160 mL of bioethanol can be produced out of each 1 kg of variety SS-301, when using both juice and bagasse.
8p
schindler
30-12-2021
15
0
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This review paper summarizes the best method for the utilization of agricultural wastes as raw material for the production of bioethanol. Agricultural wastes are rich in sugar and complex carbohydrates that makes it suitable source to carry out the fermentation process. Bioethanol is widely used in industries such as, chemical, pharmaceutical and food for various purposes especially as sterilizer.
7p
mudbound
10-12-2021
16
1
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This study, the rice straw was pretreated with sodium hydroxide as the step of rice straw pretreatment in bioethanol production, and then lignin was recovered by acidification method. The obtained lignin was characterized by Fourier-transform infrared (FT-IR) and X-ray powder diffraction (XRD) to confirm the chemical structure, inorganic matter. To produce sodium lignosulfonate (NaLS), the sulfomethylation was conducted between lignin, formalin, and sodium sulfite.
10p
nguaconbaynhay11
01-04-2021
33
1
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Currently, the ability to convert raw materials from lignocellulose-rich biomass by traditional methods has many limitations. Therefore, the objective of the thesis is to exploit a variety of biocatalysts (hydrolases) from fungi to efficiently convert lignocellulose-rich biomass from ABP into sugars (C5 and C6) capable of fermenting for bioethanol production. The thesis uses "enzyme cocktail" synergistic catalyst to increase the ability of biological transformation.
25p
capheviahe27
23-02-2021
10
1
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Application of RH and RHA in domestic and industrial processing not only useful to increase farm income in directly and indirectly way but also it is the alternative solution to disposal problem of RH. In this review we are discussing about composition and applications of RH and RHA in commercial and industrial sectors.
13p
gaocaolon9
22-12-2020
11
2
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Phragmites australis, common pond reed with high lignocelluloses content is suitable for bioethanol production. In the present study pretreated pond reed was first fermented to sugars using cellulose and xylan degrading microorganisms isolated from cow dung and organic kitchen waste. Further fermentation of sugars to ethanol was performed using combinations of Sachharomyces cerevisae, Trichoderma reesei and Pichia stipitis.
11p
nguaconbaynhay8
13-10-2020
12
1
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The cellulolytic efficiency of yeast isolates obtained from different fruit and fruit wastes was evaluated in terms of degradation of cellulose, release of reducing sugars and bioethanol production.
7p
quenchua6
15-06-2020
8
1
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Screened the all collected microalga samples from in and around the Western Ghats of Karnataka state for the bioethanol and biomass production. 62 terrestrial microalgae were collected from the fresh water bodies and only 5 samples used for bioethanol production on the basis of biochemical characteristics, were used for multiplication and fermentation study. Multiplication of algae was done by open ponds production system.
12p
angicungduoc5
14-06-2020
14
0
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Bioethanol obtained by fermenting cellulosic fraction of biomass holds promise for blending in petroleum. Cellulose hydrolysis yields glucose while hemicellulose hydrolysis predominantly yields xylose.
11p
vijiraiya2711
27-05-2020
12
1
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In an endeavour of exploring alternative energy sources to petroleum based fuels, bioethanol (ethanol derived from biomass) is considered as the most promising renewable fuel because of its potential to cut greenhouse gas emissions by 86% and higher octane (ability to resist compression) rating than gasoline. Present investigation was aimed at bioconversion of paddy straw to ethanol using partially purified fungal cellulases. A variety of soil samples were tested for the presence of cellulolytic fungal strains using enrichment culture technique.
11p
caygaocaolon5
27-05-2020
10
0
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Sugarcane has been used as the main crop for ethanol production for more than 40 years in Brazil. Recently, the production of bioethanol from bagasse and straw, also called second generation (2G) ethanol, became a reality with the first commercial plants started in the USA and Brazil.
17p
vihashirama2711
21-05-2020
17
0
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The interest in study of waste management is being increased worldwide presently as the pollution by various means are made day by day. The waste utilization plays a vital role to overcome these pollutions and make possible to utilize the waste. Bananas plant has no use after harvesting the fruit, but it is used in following context significantly: viz. producing bioethanol, single cell protein, cellulase, citric acid, lactic acid, amylase, cosmetics, fibre, bio-film, paper, bio-plastic bio-electricity in the agro-industry, pharmaceuticals, bio-medical and bio-engineering aspect etc.
6p
chauchaungayxua5
08-05-2020
12
1
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Lignocellulosic biomass bioethanol production, commonly referred to as Second Generation biofuels, using agricultural residues, forest residues, energy feedstocks, municipalities, and other waste crop solids is considered as a promising alternative energy source in order to minimize reliance on limited fossil sources, greenhouse gas emissions, and environmental pollutions. Bioethanol from food based materials may lead to „„food vs fuel” conflict with the increase of world population.
6p
angicungduoc4
26-04-2020
19
0
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