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首页> 外文期刊>International journal of robotics research and development >INTEGRATION OF BIODIESEL AND BIOGAS PLANTS FOR COST EFFECTIVE BIOFUEL GENERATION
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INTEGRATION OF BIODIESEL AND BIOGAS PLANTS FOR COST EFFECTIVE BIOFUEL GENERATION

机译:生物柴油和沼气植物的成本效益生物燃料一代的整合

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摘要

Bio fuels such as biogas and biodiesel attract increasing attention all over the world as a substitute or mixture for fossil fuels in automobiles. Transesterification is the process that is used for producing biodiesel which is accepted worldwide because of its efficiency. Transesterification is the process done for decreasing the viscosity of the vegetable oil In this paper, we have used Transesterification of cottonseed oil to produce biodiesel The cost of production of one liter of biodiesel from cottonseed oil is thrice the cost of the diesel per liter. The byproducts of Transesterification process are glycerol and methyl ester water-wash. Both of the byproducts are good source of Methanol content which can easily be converted into methane gas or Biogas (CH4). Also,the cottonseed from which the oil is extracted can be used for producing biogas. In this paper, the laboratory experiments for Integrating Biodiesel and Biogas Plants are studied quantitatively in detail By integrating both biodiesel and biogas plant, it is a way of reducing the cost of biodiesel which can boost the use of biodiesel in future.
机译:生物糖和生物柴油等生物燃料吸引了世界各地的关注,作为汽车化石燃料的替代品或混合物。酯交换是用于生产生物柴油的过程,因为其效率是在全球范围内接受的。酯交换是在本文中降低植物油粘度的过程,我们使用棉籽油的酯交换产生生物柴油,从棉籽油生产一升生物柴油的成本是每升柴油的成本。酯交换方法的副产物是甘油和甲酯水洗。两种副产物都是甲醇含量的良好来源,其可以容易地转化为甲烷气体或沼气(CH 4)。此外,提取油的棉籽可用于生产沼气。在本文中,通过整合生物柴油和沼气厂定量地详细研究了用于整合生物柴油和沼气植物的实验室实验,这是一种降低生物柴油成本的一种方法,可以提高未来生物柴油的使用。

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