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14/07/2021 The prospect of using the integrated biorefinery approach to biomass processing in the recovery of bioethanol and briquettes from rice husk generated in Ghana was found to be very beneficial in offsetting current regional transportation and wood fuel demand. Notably, the Oti region has the unique capacity to offset virtually their entire gasoline demand with bioethanol
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Request PDF Integrated bioethanol and briquette recovery from rice husk: a biorefinery analysis Rice husk is an important component often
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This study therefore explored the potential of maximising bioenergy recovery from rice husk using the integrated biorefinery approach while evaluating its role in partially offsetting the current regional transportation and wood fuel demand in Ghana. A resource modelling approach was employed to examine the impact of sequential bioethanol and briquette production from rice
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The Volta region could recover the most bioenergy from rice husk among all regions at 11,110 toe using integrated biorefineries, representing 56% and 43.6% gain over separate briquettes and bioethanol production, respectively. Overall, rice husk biorefineries could provide high contributions to energy adequacy and significant reductions in charcoal production.
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Download scientific diagram Rice husk residues generation in Ghana from publication: Integrated bioethanol and briquette recovery from rice husk: a
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Integrated bioethanol and briquette recovery from rice husk: a . 14/7/2021 Rice husk is an important component often ignored in the rice production chain. Despite its considerable ethanol recovery potential, commercialization is still lacking due to high pretreatment costs and waste generation. This study therefore explored the potential of maximising bioenergy recovery
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This study therefore explored the potential of maximising bioenergy recovery from rice husk using the integrated biorefinery approach while evaluating its role in partially offsetting the current regional transportation and wood fuel demand in Ghana. A resource modelling approach was employed to examine the impact of sequential bioethanol and briquette production from rice
View More
Rice husk is an important component often ignored in the rice production chain. Despite its considerable ethanol recovery potential, Despite its considerable ethanol recovery potential, Integrated bioethanol and briquette recovery from rice husk: a biorefinery analysis springerprofessional
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Download scientific diagram Rice husk residues generation in Ghana from publication: Integrated bioethanol and briquette recovery from rice husk: a
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07/10/2021 Offei et al. investigated biorefinery approach of the integrated bioethanol and briquette recovery from rice husk in Ghana. Ansari et al. studied sustainable development goals (SDGs) by pilot-scale algal cultivation system to commercial raceway pond that scaled up the algal cultivation for biorefinery and circular bioeconomy. Alhumade et al. analyzed the
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Integrated bioethanol and briquette recovery from rice husk: a . 14/7/2021 Rice husk is an important component often ignored in the rice production chain. Despite its considerable ethanol recovery potential, commercialization is still lacking due to high pretreatment costs and waste generation. This study therefore explored the potential of maximising bioenergy recovery
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ABSTRACT The objective of this research was to produce bioethanol from rice hulls and to evaluate the recovery and potential use of the residue resulting from the enzymatic hydrolysis step before fermentation. Acid pretreatment and enzymatic hydrolysis were studied for saccharification of polysaccharides. Fermentation was conducted for up to 24 h with
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01/12/2021 Notably, under two optimal alkali pretreatments, the transgenic rice samples could achieve either bioethanol yields of more than 20 % (% dry matter) or bioethanol concentrations at 18.3 g/L and 19.1 g/L from one-pot relatively high solid loading saccharification, being much higher than those of wild type (Nipponbare). Furthermore, this study examined how the
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Full Article. Pyrolysis Process and Characteristics of Products from Sawdust Briquettes. Hua Yang, b Li Huang, b Shicai Liu, a,b * Kang Sun, a,b * and Yunjuan Sun a,b The pyrolysis of briquettes made from biomass is an available and economic technological route for the production of briquette charcoal, but by-products (tar and gas) cannot be brought into full
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Abstract Increasing reducing sugars (xylose and glucose) yield for bioethanol from corn stover depends strongly on optimization of pretreatment conditions. The optimum reaction conditions of two-stage liquid hot water (LHW) pretreatment based on total sugars yield were investigated. Under optimal conditions, the recovery of glucose of corn stover after two-stage LHW
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01/01/2016 Integrated Biorefinery of Bioethanol and Platform Chemicals 421. Integrated Biorefinery of Platform Chemicals and Biogas Production 426. Agroindustrial Wastes as Feedstock for Bioenergy and Platform Chemicals 429. The population-driven demand for energy and materials is increasing at an exponential rate.
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Rice husk is an important component often ignored in the rice production chain. Despite its considerable ethanol recovery potential, Despite its considerable ethanol recovery potential, Integrated bioethanol and briquette recovery from rice husk: a biorefinery analysis springerprofessional
View More
ABSTRACT The objective of this research was to produce bioethanol from rice hulls and to evaluate the recovery and potential use of the residue resulting from the enzymatic hydrolysis step before fermentation. Acid pretreatment and enzymatic hydrolysis were studied for saccharification of polysaccharides. Fermentation was conducted for up to 24 h with
View More
Full Article. Pyrolysis Process and Characteristics of Products from Sawdust Briquettes. Hua Yang, b Li Huang, b Shicai Liu, a,b * Kang Sun, a,b * and Yunjuan Sun a,b The pyrolysis of briquettes made from biomass is an available and economic technological route for the production of briquette charcoal, but by-products (tar and gas) cannot be brought into full
View More
01/12/2021 Notably, under two optimal alkali pretreatments, the transgenic rice samples could achieve either bioethanol yields of more than 20 % (% dry matter) or bioethanol concentrations at 18.3 g/L and 19.1 g/L from one-pot relatively high solid loading saccharification, being much higher than those of wild type (Nipponbare). Furthermore, this study examined how the
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portion wood fuel. The quantity of rice husk briquette is calculated as Eq. (4) Q RHB = RH surplus × R f (4) Where, Q RHB = quantity of rice husk briquette and R f = 0.862 mass recovery factor [24]. By combining the Eq. (1) to Eq. (4) a new relationship is found to quantify the rice husk briquette production as Eq. (5) (1 ) (5) _ _ f f d f t B ...
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27/04/2021 Resource recovery from waste streams is the primary point of intersection between the integrated biorefinery concept and the zero waste concept. The utilisation of cellulosic agro residues such stalks from various cereals reduces the apparent greenhouse gas emissions from their decay or direct combustion. This forms a simple yet effective climate change mitigation
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The CBP has the following advantages compared to the other integrated systems for bioethanol ... For ethanol recovery from fermentation broth, silicalite-1, ZSM-5 and activated carbon molecular sieves (CMS-5A) were also examined as adsorbents . ZSM-5 adsorbed 0.068 g/g ethanol, silicalite-1 0.084 g/g and CMS-5A 0.126 g/g. Silicalite and ZSM-5 did not adsorb
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29/07/2020 Bioethanol is currently being considered as a potential replacement for the conventional gasoline, especially as it possesses similar and some superior qualities enabling reduction in GHG and increases fuel reserve. Bioethanol used for commercial purposes is usually produced from edible feedstocks such as corn and sugar cane which increases the
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19/06/2019 This is the cause why Jay Khodiyar is manufacturing Briquette machine and has designed biomass briquette plant to save the World environmental. We can use the raw material such as Saw Dust, Bamboo dust, Bagasse, Cotton Stalk, Coffee husk, Groundnut shell, Mustard Husk or Stalk, Pine Needles, Rice Husk, Sugar Mill Waste, Jute waste, Coir pith and other
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01/01/2016 Integrated Biorefinery of Bioethanol and Platform Chemicals 421. Integrated Biorefinery of Platform Chemicals and Biogas Production 426. Agroindustrial Wastes as Feedstock for Bioenergy and Platform Chemicals 429. The population-driven demand for energy and materials is increasing at an exponential rate.
View More