Mechanical Engineering, Cape Institute of Technology, Levengipuram, Tirunelveli, Dist-627114, India.
Aditya College of Engineering, East-Godavari District, Peddapuram, Andhra Pradesh, 533437, India.
Environ Sci Pollut Res Int. 2022 Jun;29(29):43770-43785. doi: 10.1007/s11356-021-13316-8. Epub 2021 Mar 23.
Biodiesel is a renewable, clean-burning diesel replacement that can be used in existing diesel engines without modification. Biodiesel is among the nation's first domestically developed and economically usable advanced biofuels. Throughout the field of biodiesel including FAME/FAGE diesel variants, the concentrations of close to around 20% conform to every requirement out from the existing fuel content guidelines. Larger blending ratios are essential for hydrotreated vegetable oil blends to lubricity enhancers. Of organic biobutanol blends, the suggested blending ratio is restricted to 10% or less to prevent high water content and low cetane content. Here, the presented survey intends to make a review of 65 papers that concerns with biodiesel blends. Accordingly, systematic analyses of the adopted techniques are carried out and presented briefly. In addition, the performances and related maximum achievements of each contribution are also portrayed in this survey. Moreover, the chronological assessment and various blends of biodiesel in the considered papers are reviewed in this work. Finally, the survey portrays numerous research problems and weaknesses that may be helpful for researchers to introduce prospective studies on biodiesel blends.
生物柴油是一种可再生的、清洁燃烧的柴油替代品,可在现有柴油发动机中使用而无需进行改装。生物柴油是美国首批国内开发和经济可用的先进生物燃料之一。在包括 FAME/FAGE 柴油变体在内的整个生物柴油领域,接近 20%的浓度符合现有燃料含量指南中的所有要求。对于加氢处理植物油混合物,更大的混合比对于提高润滑性至关重要。对于有机生物丁醇混合物,建议的混合比限制在 10%或以下,以防止高含水量和低十六烷值。在这里,本调查旨在对 65 篇涉及生物柴油混合物的论文进行综述。相应地,对所采用的技术进行了系统的分析,并简要介绍。此外,还在本调查中描绘了每个贡献的性能和相关的最大成就。此外,本工作还对所考虑的论文中的生物柴油的时间评估和各种混合物进行了综述。最后,本调查描绘了许多可能有助于研究人员提出关于生物柴油混合物的前瞻性研究的研究问题和弱点。