Influence of Heterogenous Catalyst on Diesel Engine Performance - Subbiah, Ganesan;J., Hemanandh
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The demand for energy is a significant topic in both developing and developed nations. The need for energy is growing rapidly every day. Biodiesel is a viable alternative answer to this issue, hence it is vital to discover an environmentally friendly alternative solution. This project's primary goal is to evaluate and contrast the performance of a diesel engine using microalgae and juliflora. Heterogenous acid serves as a catalyst in the combination of biofuel and diesel. The transesterification process was used to esterify both Micro algae and Juliflora oil. Magnetic stir ration was used to…mehr

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Produktbeschreibung
The demand for energy is a significant topic in both developing and developed nations. The need for energy is growing rapidly every day. Biodiesel is a viable alternative answer to this issue, hence it is vital to discover an environmentally friendly alternative solution. This project's primary goal is to evaluate and contrast the performance of a diesel engine using microalgae and juliflora. Heterogenous acid serves as a catalyst in the combination of biofuel and diesel. The transesterification process was used to esterify both Micro algae and Juliflora oil. Magnetic stir ration was used to prepare the bio samples. Break power, break thermal efficiency, specific fuel consumption, and results from all emission metrics demonstrate that S1 performs better than D100 and other biodiesel samples.
Autorenporträt
Dr. S. GANESAN wurde in Chettikulan, Tuticorin Dist, Tamil Nadu, geboren und schloss sein Studium an der GCT als BE und an der Anna University als ME ab. Zurzeit arbeitet er als Professor am Sathyabama Institute of Science and Technology, Chennai. Er verfügt über 20 Jahre Erfahrung in Lehre und Forschung. Er hat 160 Artikel in verschiedenen renommierten Zeitschriften veröffentlicht.