Pengaruh Variasi Celah Katup Dengan Variasi Bahan Bakar Polypropylene Terhadap Torsi, Daya, Konsumsi Bahan Bakar, Dan Emisi Gas Buang
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Institusion
Politeknik Negeri Jember
Author
Hidayat, Rendi Bianuari
Subject
431 - Teknik Mesin (dan Ilmu Permesinan Lain)
Datestamp
2021-11-04 02:49:28
Abstract :
Vehicles are a fairly large contributor to pollution, but are widely used to support daily life because they are easier and more efficient. This study aims to determine torque, power, fuel consumption, and exhaust emissions from a mixture of pertalite and polypropylene fuel with variations in valve clearance. The results obtained from this test are the lowest average torque value is found at the valve gap of 0.05 mm with pertalite and polypropylene (90:10) fuel of 10.14 Nm and the highest is at 0.10 mm valve gap with fuel. pertalite and polypropylene (80:20) of 20.79 Nm. Then the lowest average power value is at 0.15mm valve gap with pertalite fuel of 5.4 Hp and the highest at 0.05mm valve gap with pertalite and polypropylene (100:0) fuel of 7.9 Hp. The largest fuel consumption was found in the use of pertalite and polypropylene (80:20) with a valve gap of 0.05 mm of 0.83833 Kg/hour, while the smallest fuel consumption was found in the use of pertalite fuel with a valve gap of 0.15mm of 0, 2852 Kg/hour. For the lowest CO exhaust emissions, there is a valve gap of 0.05 mm with pertalite and polypropylene (20:80) fuel of 1.15% vol. The lowest CO2 is found in the valve gap of 0.05 mm with pertalite fuel of 1.9% vol. The lowest HC is found at 0.05mm valve gap with pertalite and polypropylene (80:20) fuel of 603 ppm vol. The lowest O2 is found at 0.15mm valve gap with pertalite and polypropylene (80:20) fuel of 12.90% vol. And the lowest lamda is at 0.15mm valve gap with pertalite and polypropylene (80:20) fuel of 2.085. Keywords: torque, power, fuel consumption, exhaust emissions, polypropylene
Vehicles are a fairly large contributor to pollution, but are widely used to support daily life because they are easier and more efficient. This study aims to determine torque, power, fuel consumption, and exhaust emissions from a mixture of pertalite and polypropylene fuel with variations in valve clearance. The results obtained from this test are the lowest average torque value is found at the valve gap of 0.05 mm with pertalite and polypropylene (90:10) fuel of 10.14 Nm and the highest is at 0.10 mm valve gap with fuel. pertalite and polypropylene (80:20) of 20.79 Nm. Then the lowest average power value is at 0.15mm valve gap with pertalite fuel of 5.4 Hp and the highest at 0.05mm valve gap with pertalite and polypropylene (100:0) fuel of 7.9 Hp. The largest fuel consumption was found in the use of pertalite and polypropylene (80:20) with a valve gap of 0.05 mm of 0.83833 Kg/hour, while the smallest fuel consumption was found in the use of pertalite fuel with a valve gap of 0.15mm of 0, 2852 Kg/hour. For the lowest CO exhaust emissions, there is a valve gap of 0.05 mm with pertalite and polypropylene (20:80) fuel of 1.15% vol. The lowest CO2 is found in the valve gap of 0.05 mm with pertalite fuel of 1.9% vol. The lowest HC is found at 0.05mm valve gap with pertalite and polypropylene (80:20) fuel of 603 ppm vol. The lowest O2 is found at 0.15mm valve gap with pertalite and polypropylene (80:20) fuel of 12.90% vol. And the lowest lamda is at 0.15mm valve gap with pertalite and polypropylene (80:20) fuel of 2.085. Keywords: torque, power, fuel consumption, exhaust emissions, polypropylene
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