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Waste fish oil biodiesel as a source of renewable fuel in Iran

机译:鱼油废柴油作为伊朗可再生燃料的来源

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Among the renewable energy sources, the potential for biofuel energy in Iran is numerous. The Iranian government is paying considerable attention for utilization of renewable energy; especially biofuels. During recent years, fish wastes are considered as loss. Biodiesel production, manure composting, biogas production and burning of fish wastes to produce energy are different ways to utilize the fish waste in the world. Increasing demand for fissile fuels in the world, reduced fossil fuel's resources and pollution problems are the causes to introduce alternative renewable resources. Extracted oil from wastes of aquatic resources is an example of raw materials for production of biodiesel in the world. This study presents a brief introduction to the resource, status and prospect of waste fish oil as a sustainable energy source for biodiesel production in Iran. The main advantages of using waste fish oil for biodiesel production in Iran is also described. In this study, design and manufacturing of an oil extraction machine is also introduced. The fish oil was separated from fish wastes with the help of the designed oil extraction machine. Experiments showed that 53% of fish wastes was in liquid phase (mixture of water, oil and suspended solids) and the extracted oil was about 11% of the total weight of the fish wastes (using of 7 kg of wastes, about 3.71 kg liquid was extracted and 0.8 1 (768 g) oil was isolated). Biodiesel fuel was then produced from the extracted fish oil after the chemical reaction (transesterification, reaction between methanol, potassium hydroxide and oil from fish waste). In the present investigation, for each liter of produced fish oil, 0.91 biodiesel was produced. Important fatty acids like palmeitoleic, palmitic acid, stearic acid, oleic acid, linoleic acid and linolenic acid were identified for the extracted oil. The highest fatty acid ratio belonged oleic acid. These fatty acids affect the magnitude of the cetane number of biodiesel fuel.
机译:在可再生能源中,伊朗的生物燃料能源潜力巨大。伊朗政府对可再生能源的利用给予了极大的关注。特别是生物燃料。近年来,鱼废被认为是损失。生物柴油生产,粪便堆肥,沼气生产以及鱼渣燃烧产生的能量是世界上利用鱼渣的不同方法。世界上对裂变燃料的需求增加,化石燃料的资源减少以及污染问题是引入替代可再生资源的原因。从水生资源废物中提取石油是世界上生产生物柴油的原材料的一个例子。这项研究简要介绍了废鱼油作为伊朗生物柴油生产的可持续能源的资源,现状和前景。还介绍了在伊朗使用废鱼油生产生物柴油的主要优势。在这项研究中,还介绍了抽油机的设计和制造。借助设计的榨油机将鱼油与鱼渣分离。实验表明,有53%的鱼渣为液相(水,油和悬浮固体的混合物),提取的油约占鱼渣总重量的11%(使用7千克废物,约3.71千克液体)萃取,分离出0.8 1(768 g)油。然后,经过化学反应(酯交换反应,甲醇,氢氧化钾和鱼废油中的反应)后,从提取的鱼油中生产生物柴油燃料。在本研究中,每升生产的鱼油可生产0.91生物柴油。确定了提取油中的重要脂肪酸,如棕榈油酸,棕榈酸,硬脂酸,油酸,亚油酸和亚麻酸。最高脂肪酸比率属于油酸。这些脂肪酸影响生物柴油燃料十六烷值的大小。

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