Effect of Ethanol-Gasoline Blends from Different Base Gasoline on Performance of Automobile
Tan Manzhi, Guo Ying-nan, Weijun Huang, Jun Li, Enyu Wang, Fengjun Li
Abstract
Tan Manzhi, Guo Ying-nan, Weijun Huang, Jun Li, Enyu Wang, Fengjun Li
Abstract
The experiments were carried out on a 1.6 L automobile fueled with ethanol-gasoline blends from different base gasoline to study its performance.The results show that compared with the lead-free gasoline,the performances improve or keep the same when the automobile is fueled with ethanol-gasoline blend from pure gasoline without MTBE,but the performances deteriorate when the automobile is fueled with the blend from lead-free gasoline added with MTBE.In the latter case,the oxygen content in the fuel is too high to meet the demand of the electronic control system.It is recommended when using ethanol-gasoline blend in the automobile,the gasoline in the blend should be the pure gasoline without any oxygenants such as MTBE.
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The experiments were carried out on a 1.6 L automobile fueled with ethanol-gasoline blends from different base gasoline to study its performance.The results show that compared with the lead-free gasoline,the performances improve or keep the same when the automobile is fueled with ethanol-gasoline blend from pure gasoline without MTBE,but the performances deteriorate when the automobile is fueled with the blend from lead-free gasoline added with MTBE.In the latter case,the oxygen content in the fuel is too high to meet the demand of the electronic control system.It is recommended when using ethanol-gasoline blend in the automobile,the gasoline in the blend should be the pure gasoline without any oxygenants such as MTBE.
Key concepts: Gasoline, Ethanol fuel, Ethanol, Waste management, Oxygenate, Octane rating, Environmental science, Automotive engineering