首页> 外文会议>Annual International Meeting of the American Society of Agricultural and Biological Engineers >Effects of No.2 diesel, B-20 soy biofuel blend, and B-100 soy biofuel on performance, efficiency, and emissions in a compression ignition tractor
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Effects of No.2 diesel, B-20 soy biofuel blend, and B-100 soy biofuel on performance, efficiency, and emissions in a compression ignition tractor

机译:No.2柴油,B-20大豆生物燃料混合和B-100大豆生物燃料对压缩点火拖拉机性能,效率和排放的影响

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Tests were conducted in the fall of 2006 on a John Deere 3203 diesel tractor to determine the differences in specific fuel consumption, power take-off (PTO) torque, PTO power, thermal efficiency, and oxides of nitrogen (NOx) emissions between No. 2 diesel (D2), 20% biodiesel (B20), and 100% biodiesel (B100). Four, 1-hours tests were conducted on each fuel. The results indicated no statistically significant differences (p<.05) between D2 orB20 on any variable of interest. However, B100 resulted in significantly (p<.05) increased specific fuel consumption and thermal efficiency, and decreased PTO torque and PTO power over both D2 and B20. These data suggest that farmers could switch from D2 to B20 without any performance loses, but a switch to B100 would result in the use more fuel, and a loss of power and torque.
机译:在John Deere 3203柴油拖拉机上的2006年秋季进行了测试,以确定特定燃料消耗的差异,功率起飞(PTO)扭矩,PTO功率,热效率和氮气之间的氧化物(NOx)排放。 2柴油(D2),20%生物柴油(B20)和100%生物柴油(B100)。在每种燃料上进行四个,1小时的测试。结果表明,在任何感兴趣的任何可变变量之间D2 ORB20之间没有统计学上显着的差异(p <.05)。然而,B100显着导致(P <.05)增加了特定的燃料消耗和热效率,并降低了D2和B20的PTO扭矩和PTO功率。这些数据表明,农民可以从D2切换到B20而没有任何性能丢失,但是切换到B100会导致使用更多的燃料,并且损失功率和扭矩。

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