动态变化工况对新旧柴油车氮氧化物含量的影响

T. Uzuntonev, S. Belchev, K. Bogdanov, Preslav D. Dimitrov, S. Kirov, S. Iliev
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引用次数: 1

摘要

在某些情况下,车辆的实际运行条件与废气中有毒成分含量测定的有关标准适用的标准条件不同。这导致了对释放到大气中的有毒排放物的绝对体积的不正确估计。柴油车尾气中的氮氧化物受工况动态以及发动机负荷的影响较大。这种趋势对老式柴油车来说尤其不利,因为它们没有额外的废气中和选择。保加利亚共和国的车队平均车龄为18年,在这种情况下,这个问题是必不可少的。为了客观评估废气中氮氧化物的实际排放量,已经进行了有计划的实验,其中人工模拟了汽车的极端加速过程和负载。实验分别在一辆符合欧3标准(18年车龄)的汽车和一辆符合欧6D - TEMP标准的新车上进行。通过催化还原对机动车尾气中的氮氧化物进行了高水平的中和。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Influence of Dynamically Changing Operating Conditions on the Content of Nitrogen Oxide in Old and New Diesel Vehicles
The conditions of actual operation of the vehicle in certain cases differ from the standard conditions of application of the relevant standard for determining the content of toxic components in the exhaust gases. This leads to an incorrect estimate of the absolute volume of toxic emissions released into the atmosphere. Nitrogen oxides in the exhaust gases of diesel cars are significantly affected by the dynamics of the operating mode, as well as the engine load. This trend is particularly negative for older diesel cars, which do not have the option of additional neutralization of exhaust gases. Under the conditions of the car fleet of the Republic of Bulgaria, which has an average age of 18 years, this problem is essential. For the objective assessment of the actual amount of nitrogen oxides emitted in the exhaust gases, planned experiments have been conducted in which extreme acceleration processes and loads of the car are artificially simulated. The experiments were performed on a car that meets the requirements of the EURO3 standard (18 years old) and on a new car according to the EURO 6D - TEMP standard. Conclusions have been made regarding the high level of neutralization of nitrogen oxides in the exhaust gases of vehicles with catalytic reduction.
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