Effect Of Napthalene Mixture with Gasoline Fuel on Gasoline Engine Performance
Abstract
Naphthalene is a chemical hydrocarbon compound with the chemical formula C10H16O. Napthalene is a simple polycyclic aromatic hydrocarbon compound, in the form of a white crystalline solid with a characteristic odor and detectable by the sense of smell at concentrations as low as 0.08 ppm. As an aromatic compound, napthalene's structure consists of a pair of linked arene groups or benzene rings. Objective: To determine the ratio of the power produced by a gasoline engine using a mixture of naphthalene with 90 fuel compared to the use of pure fuel in the engine. Knowing the effect of exhaust emissions produced by gasoline engines using 90 octane fuel, with a mixture of naphthalene and without a mixture of naphthalene. The method used in this study was experimental, tested only with pertalite fuel, Pertamax and added camphor (Napthalene) consisting of 5gr, 10gr, 15gr with 2lt volume of 90 octane fuel fuel. The conclusion is expected that the addition of napthalene has an effect on power and exhaust emissions.
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R. Narayanamoorthy (2021) Experimental investigation of 2-methyl furan as an additive with camphor blended gasoline blend for SI engines
Sugiono (2019). Business Research Methods. Bandung: Alphabet.
Darmawan Adi Saputro (2019), Effect of variations in adding camphor powder to pertalite fuel and the use of iridium spark plugs on the torque and power of the Yamaha Vixion motorcycle.
Risa Indrawan (2022), The Effect of the Napthalene Ratio on Premium on Exhaust Emissions on 4 Stroke Motorcycles.
Teguh Priyanto (2022), The Effect of Adding Additives on Reducing Exhaust Emissions on Suzuki Satria 150 FU Motorcycles in 2010 Using Pertalite Fuel.
Agus W, Yuniarto. (2017). Power Test and Exhaust Emissions. Malang: PRESS POLYMA
Abdi Saragih (2019), Analysis of the effect of a mixture of pertalite and naphthalene fuel on performance and
exhaust emissions in motorcycle engines. Ahmad Khoirul Roziqi (2022), Analysis of Variations in the Addition of Additives in Pertalite on Engine Performance and Gasoline Motor Exhaust Emissions.
Wira Kresna Ningrat (2016), The Effect of Using Pertalite Fuel on Acceleration and Exhaust Emissions on Automatic Transmission Motorcycles.
Pasek Nugraha (2019), Analysis of the effect of a mixture of pertalite and naphthalene fuel on fuel consumption, torque and power of 4-stroke motorbikes.
Wiratmaja (2018), The effect of a mixture of pertalite and naphthalene fuel on the performance of a 110 cc beat gasoline engine
Yolanda (2015) The Effect of a Mixture of Gasoline Fuel with Ethanol on Machine Performance, Department of Mechanical Engineering, Saint Paul Catholic Polytechnic Sorong, Papua.
Directorate General of Oil and Gas (2020), Directorate General of Oil and Gas
Winarno, J, (2019). Experimental Study of the Effect of Adding Bioethanol to Pertamax Fuel on Gasoline Engine Performance. Journal of Engineering, 1(1), 33–39
Yahya M (2020), Calculating Torque and Power. Retrieved from http://esemkaindonesia.blogspot.com/2020/05/menghitung-torsi-dan-daya machine.html.
Soenarta, Futuhama (2017), the effect of differences in engine power on the speed and consumption of fuel oil on the kukura boat
Brusstar (2015) Economical, High-Efficiency Engine Technologies for Alcohol Fuels. Environmental Protection Agency.
Fogot endro wibowo (2021), Effect of the Naphthalene Mixture Ratio in Premium on Fuel Efficiency and Performance of 4-stroke Motorcycle Engines.
DOI: http://dx.doi.org/10.12962/j25481479.v8i4.18703
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P-ISSN: 2541-5972
E-ISSN: 2548-1479
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