利用生物乙醇生产埃及巴兰果实:研究与优化

Kamel Hadri, N. Cheikh, Mebarka Ammar, Fatma Zohra Messaoudi, A. Boulal
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引用次数: 1

摘要

这项工作是生物质能等可再生能源多样化的一部分。本研究的目的是集中在沙漠枣果实,即埃及巴兰的增值。据我们所知,到目前为止,这种植物从未在阿尔及利亚得到过估价。为此,决定选择这些水果的一部分,即果肉,作为厌氧发酵生产生物乙醇的底物,这被证明具有相当显著的附加值。对沙漠棕榈果实的形态分析结果表明,果肉占整个果实的62.71%,这对完成本工作是相当鼓舞人心的。应该指出的是,果肉是发酵生产酒精过程中最重要的成分。此外,原料的理化特性表明,沙漠棕榈树果实的果肉富含糖,占总糖的59.68%,占还原糖的34.18%。还要注意,这些糖是酒精发酵的基本元素。结果表明,1/4.4 (g / mL)的最佳稀释倍数为30%的生物乙醇(125 g水果得到30 mL浓度为92°的生物乙醇)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
VALORIZATION OF BALANITES AEGYPTIACA FRUITS BY PRODUCTION OF BIOETHANOL: STUDY AND OPTIMIZATION
This work is part of the diversification of renewable energy sources such as biomass. The present research aims to concentrate on the valorization of desert date fruits, i.e. Balanites aegyptiaca. To the best of our knowledge, this plant has never been valorized in Algeria so far. For this, it was decided to choose one part of these fruits, namely the pulp, as a substrate for anaerobic fermentation for the production of bioethanol, which was shown to have a fairly significant added value. The results of the morphological analyses of the fruits of the desert palm indicated that the pulp represents 62.71% of the entire fruit, which is quite encouraging for the completion of the present work. It should be noted that the pulp is the most important ingredient in the fermentation process to produce alcohol. Moreover, the physicochemical characteristics of the raw material showed that the pulp of the fruits of the desert palm tree are rich in sugar, with 59.68% of total sugars and 34.18% of reducing sugars. Note also that these sugars are essential elements for alcoholic fermentation. The results obtained indicated that the optimal dilution of 1/4.4 (g / mL) gives 30% bioethanol (125 g of fruit gives 30 ml of bioethanol with 92° concentration).
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