Optimization and Modelling of WCO Biodiesel by Taguchi and ANN - Kolakoti, Aditya;Mosa, Prakasa Rao;Mahapatro, Manohar
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The exhaust emissions from diesel engines are increasing at a faster rate. To mitigate the challenge alternative fuels especially biodiesel is gaining importance. In general edible or non-edible oils are used for production of biodiesels. In this endeavor the main objective is to produce biodiesel from waste cooking oil which is available abundantly for low or even free of cost. In order to improve the biodiesel yield Taguchi based optimization technique is used. Total of 9 experiments were conducted and 92.17% biodiesel yield is achieved. From analysis of variance (ANOVA) the influence factor…mehr

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Produktbeschreibung
The exhaust emissions from diesel engines are increasing at a faster rate. To mitigate the challenge alternative fuels especially biodiesel is gaining importance. In general edible or non-edible oils are used for production of biodiesels. In this endeavor the main objective is to produce biodiesel from waste cooking oil which is available abundantly for low or even free of cost. In order to improve the biodiesel yield Taguchi based optimization technique is used. Total of 9 experiments were conducted and 92.17% biodiesel yield is achieved. From analysis of variance (ANOVA) the influence factor is identified and coefficient of determination is 99.59% which shows that the chosen model is highly accurate. Artificial intelligent techniques are also used to revalidate the Taguchi results.
Autorenporträt
Aditya Kolakoti is currently working as an Assistant Professor in the Department of Mechanical Engineering, Raghu Engineering College (A), Visakhapatnam, India. Mr. Prakasa Rao Mosa and Mr. Manohar Mahapatro are the graduate students from the same college in the year 2020.