Abstract
Alternate fuels are essential for current and future situations based on the enhanced applications of the fuels in the day-to-day life in automobiles, aircraft, marine and power generation places. So improving the corresponding fuel property is necessary for practice usage. Hence it is obvious that the utilization of biodiesel is a significant factor in reducing the consumption of fossil fuels and mitigating emissions of greenhouse gases. Furthermore, primary areas of public concern pertain to the long-term viability of alternative fuel sources, the economic advantages associated with their production, and the potential negative environmental consequences. Therefore, a comprehensive examination of biodiesel production linked to agriculture is necessary to ensure sustainability. At present many researchers investigated about employs data allocation techniques based on market value, energy, and mass and evaluated the feasibility of Mahua tree cultivation for biodiesel production. Many assessments were reported with respect to energy efficiency, economic viability, and CO2 emissions. Hence in this study focused on synthesis of the blending in Madhuca longifolia biodiesel (MLB) for properties augmentation for the practice of IC engines. 10%, 20% and 30% of Madhuca longifolia biodiesel blend were created with diesel as the remaining part of the total volume of the fuel. The necessary fuel properties were measured as per the ancient technique with good accuracy. These blend properties were compared with the pure diesel and pure Madhuca longifolia biodiesel.
Published Version
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