利用水葫芦生产沼气

Adil Abdelwahab Sharaw, Tagwa Basheer Ahmed, Zakaria Anwar Zakaria
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引用次数: 0

摘要

本文的主要目的是通过在发酵装置内发酵的方法将水葫芦转化为可广泛利用的清洁能源。设计了3个实验室规模消化池,将不同水葫芦样品与水和催化剂混合,第一种模型含有绿色样品,第二种样品干燥,第三种样品分别以浓度(34%,18%和24%)混合绿色和干燥。经过10天的发酵,研究表明,第一个沼气池(A)的沼气产量最大。第二个沼气池(C)的沼气产量最大,其中含有绿色和干燥的样品。最后一个是蒸煮池(B),它只含有干样,总体积分别为(162509.71,139273.12,91540.35)立方厘米。研究表明,绿色样品在产生气体量方面是最好的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biogas Production from Water Hyacinth
The main objective of this paper the conversion of the Water Hyacinth into a clean energy that can be exploited widely by a process of fermenting inside ferment devices. Three laboratory scale digesters were designed with different Water Hyacinth samples mixed with , water and Catalyst, the first model contains a green sample, the second sample was dried and the third was mixed green and dry with concentration of (34%, 18% and,24%), respectively. After ten days of fermentation the research showed that, the greater production of biogas was in the first digester (A). The second production was from digester (C), which contains the green and dry sample. The last one was digester (B) which contains the dry sample only with total volumes of (162509.71, 139273.12, 91540.35) cubic centimetres, respectively. The research shows that the green sample is the best in terms of the amount of gas produced.
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