Comparison of energy production and renewable fuels method from algae with other ways of biodiesel production resources

Bahareh Karimi Douna, H. Yousefi
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Abstract

Nowadays, the production of alternative fuels to fossil fuels is one of the most noticeable issues in dealing with environmental pollution. With the same approach, biodiesel is using to replace fossil diesel fuel. In general, this article examines four generations of biofuel production from different sources and economic comparisons of their production. In this review study of the previous reports, firstly, according to the approach of localizing alternative fuels, we discuss the introduction of microalgae's types, their reproduction process and environmental applications, production of biogas, bioethanol, and biodiesel. Afterward, in particular, the optimal method of producing biodiesel from microalgae is investigated, and eventually, a comparison has been made between biodiesel produced from microalgae and fossil diesel fuel and the ASTM standard of biodiesel. The results of numerous studies have demonstrated that due to the rapid growth of microalgae, high efficiency, and the low cost of their cultivation and production, it is possible to produce about 5000 to 15000 gallons of biodiesel from each hectare of microalgae cultivation; which makes the production of biodiesel from algae allocate a significant position compared to other sources of biodiesel production.
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藻类生产能源和可再生燃料的方法与其他生物柴油生产资源的比较
如今,化石燃料的替代燃料的生产是处理环境污染中最引人注目的问题之一。用同样的方法,生物柴油被用来代替化石柴油。总的来说,这篇文章探讨了四代生物燃料的生产从不同的来源和经济比较他们的生产。本文首先根据替代燃料本地化的思路,对微藻的类型、繁殖过程和环境应用、沼气、生物乙醇和生物柴油的生产等进行了综述。随后,重点研究了微藻生产生物柴油的最佳方法,并将微藻生产的生物柴油与化石柴油生产的生物柴油与生物柴油的ASTM标准进行了比较。大量研究结果表明,由于微藻的生长速度快,效率高,种植和生产成本低,每公顷微藻种植可生产约5000至15000加仑生物柴油;这使得从藻类生产生物柴油与其他生物柴油生产来源相比占有重要地位。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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