Performance Test of A mixture of Polypropylene Plastic Fuel from Pyrolisis with Gasoline to Torque and engine Power

Pratama, Aditya Wahyu and Winarko, FNU (2020) Performance Test of A mixture of Polypropylene Plastic Fuel from Pyrolisis with Gasoline to Torque and engine Power. Journal of Physics: Conference Series, 1569. pp. 1-8. ISSN 1742-6588

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Abstract

Untilization of Polypropylene plastic waste(Polypropylene) by using pyrolysis process for being fuel of plastic waste using reactor with 10 kg plastic waste Polypropylene capacities produce 6 liter diesel fuel, 0.5 liter kerosene, 1.5 liter gasoline. That use as a fuel mixture of gasoline with the concentration 10%, 15% and 20% of the mixture to be tested the torque and engine power in motor vehicle using dynotest before testing conducted calorific values are test with bomb calorimeter for 11,111 calori/gram of Polypropylene plastic waste calorific value (Polypropylene) in 90% mixture of gasoline + 10% plastic waste fuel produces the highest calorific value 11,482 calori/gram. With the torque and power testing which is use dynotest in motor vehicle known for the first testing torque and maximal power are in the mixture of 20% plastic waste fuel (Polypropylene) + 80% gasoline occurs in 3000 rpm 4.373 HP and torque occurs in 3000 rpm 10.43 N.m. In the second testing torque and maximal power are in the mixture of 20% occurs in rpm 3500 rpm 4.391 HP and torque 10.28 N.m in rpm 3000. In the first testing there is an increase of torque and power when compare to the result of gasoline.

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