芝麻秸秆炭的压块

Alula Gebresas, H. Asmelash, Hadush Berhe, Tsegay Tesfay
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引用次数: 25

摘要

由于埃塞俄比亚很容易获得木材,木炭一直是烹饪的主要燃料来源。芝麻秸秆生物质压块的研究可以潜在地解决健康问题和能源短缺问题,从而解决森林砍伐问题。数据收集的结果表明,在埃塞俄比亚北部的Humera地区,使用30%的碳化器转换效率,可以从可用的芝麻秸秆中生产超过15万吨的木炭。与炭化芝麻秸秆混合的黏合剂有69液限;因此,作为粘结剂的粘土的最佳添加量为15%,可以获得更好的燃烧和保温能力,以及更长的加热时间。研制的压块机生产能力为60kg /hr,而碳化窑在2:40小时内只能碳化3.1 Kg;因此,它是一个瓶颈型煤生产。碳氢化合物实验室分析表明,当粘土含量为15%时,木炭的热值为4647.75 Cal/gm,随着粘土含量的增加而降低,足以用于烹饪。
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Briquetting of Charcoal from Sesame Stalk
Due to the easy availability of wood in Ethiopia, wood charcoal has been the main source fuel for cooking. This study has been started on sesame stalk biomass briquetting which can potentially solve the health problems and shortage of energy, which consequently can solve deforestation. The result of the data collection shows that, using 30% conversion efficiency of carbonizer, it was found that more than 150,000 tonnes of charcoal can be produced from the available sesame stalk in Humera, a place in north Ethiopia. The clay binders that are mixed with carbonized sesame stalk were found to have 69 liquid limits; thus, the optimum amount of clay that should be added as a binder is 15%, which results in better burning and heat holding capacity and better heating time. The developed briquetting machine has a capacity of producing 60 Kg/hr but the carbonization kiln can only carbonize 3.1 Kg in 2 : 40 hours; hence, it is a bottle neck for the briquette production. The hydrocarbon laboratory analysis showed that the calorific value of the charcoal produced with 15% clay content is 4647.75 Cal/gm and decreases as clay ratio increases and is found to be sufficient energy content for cooking.
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来源期刊
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发文量
13
审稿时长
28 weeks
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