Optimization of the use of Betterave (Beta Vulgaris) for the Production of Green Energy

Article ID

8J648

Optimization of the use of Betterave (Beta Vulgaris) for the Production of Green Energy

Yannibock Hulda
Yannibock Hulda
Aboubakar
Aboubakar
Njintang Y. N
Njintang Y. N
Mbofung CMF
Mbofung CMF
DOI

Abstract

This work aimed to conduct optimization method of ethanol production from using beet. To attain this objective, we propose to produce the distillation energy through biogas, and fertilizer for the culture of beet. We carried out some tests by using samples of red beets. These samples were subjected to fermentation, distillation with Vigreux column and methanization. The red beet was, a grinder, juice extractor, fermenters, fresh yeast, water, distillation device with a Vigreux column, two batch digesters, a balance and graduated containers. During the tests 376 mL of ethanol, 31 L of biogas and fertilizer evaluated at 1 KWh were obtained. The energy efficiency of production with this method stood at 58, 54 %. This discovery could be a solution to energy problems of many regions, an alternative to fossil energy while being a source of fertilizer. The proposed system does not reject waste: the carbon cycle and even that of nitrogen is closed. It is less costly and easy to put in place. He is environment friendly and has a good energetic performance.

Optimization of the use of Betterave (Beta Vulgaris) for the Production of Green Energy

This work aimed to conduct optimization method of ethanol production from using beet. To attain this objective, we propose to produce the distillation energy through biogas, and fertilizer for the culture of beet. We carried out some tests by using samples of red beets. These samples were subjected to fermentation, distillation with Vigreux column and methanization. The red beet was, a grinder, juice extractor, fermenters, fresh yeast, water, distillation device with a Vigreux column, two batch digesters, a balance and graduated containers. During the tests 376 mL of ethanol, 31 L of biogas and fertilizer evaluated at 1 KWh were obtained. The energy efficiency of production with this method stood at 58, 54 %. This discovery could be a solution to energy problems of many regions, an alternative to fossil energy while being a source of fertilizer. The proposed system does not reject waste: the carbon cycle and even that of nitrogen is closed. It is less costly and easy to put in place. He is environment friendly and has a good energetic performance.

Yannibock Hulda
Yannibock Hulda
Aboubakar
Aboubakar
Njintang Y. N
Njintang Y. N
Mbofung CMF
Mbofung CMF

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Aboubakar. 2018. “. Global Journal of Science Frontier Research – I: Interdisciplinary GJSFR-I Volume 17 (GJSFR Volume 17 Issue I2): .

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Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

Issue Cover
GJSFR Volume 17 Issue I2
Pg. 11- 24
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GJSFR-I Classification: FOR Code: 850499
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Optimization of the use of Betterave (Beta Vulgaris) for the Production of Green Energy

Yannibock Hulda
Yannibock Hulda
Aboubakar
Aboubakar
Njintang Y. N
Njintang Y. N
Mbofung CMF
Mbofung CMF

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