AdhyBagusDwiBahtiar Pengarang

MIXED FUEL EFFECT OF POLYPROPYLENE WITH PREMIUM pyrolysis, PERTALITE ON EXHAUST EMISSIONS Adhy Bagus Dwi Bahtiar Mechanical Automotive Engineering Program Engineering Department ABSTRACT This research was conducted to determine the levels of exhaustemissions with premiumfuel and pertalite and usingvariations of fuel mixture results pyrolysis of plastics PP (Polypropylene) 10%, 15%, and 20% by 3000 RPM, 4000 RPM, 5000 RPM, 6000 RPM, 7000 RPM. In this study obtained test exhaust emissions succh as CO, CO2, and HC is reduced to decline in all variations of fuel mixture results pyrolysis of PP (Polypropylene), exhaust emission levels was lowest for the mixture pertalite + PP 15% with high levels of CO 0,046% vol at 7000 RPM, the lowest CO2 levels on the mix of premium + PP 15% to the value of 5,3% vol at 3000 RPM, the lowest level in the mixture pertalite + PP 15% HC to the value of 13,666 ppm with 7000 RPM. Keywords: Fuel gas emission, RPM, Polypropylene