M. N. Ramadhan, M. Adha, I. B. N. B. Sivanatha, Muhammad Irza Irawan
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摘要

车辆是人类用来支持日常活动的交通工具。它的增长速度越来越高,使这种情况成为空气污染的原因之一。减少危险的汽车废气排放的选择之一是使用催化转化器。催化转化器是安装在车辆排气通道内的一种装置。本研究的目的是确定使用2毫米厚黄铜板材料的催化转化器对Antasari Evo i废气中CO2、CO和HC排放的影响。根据发动机怠速、2000转/分、2500转/分和3000转/分的变化,通过比较标准排气和安装了催化转化器的排气产生的废气排放来进行测试。研究结果表明,在排气通道上放置铜板材料的催化转化器,可使废气最大CO2排放量降低42.85%,最大CO2排放量降低83%,最大HC排放量降低18.4%。
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Pengaruh Penggunaan Catalytic Converter Kuningan Terhadap Emisi Gas Buang Mobil Antasari Evo I
Vehicles are a means of transportation used by humans to support their daily activities. Its growth rate is getting higher, making this situation one of the causes of air pollution. One of the options in reducing dangerous motor exhaust emissions is to use a catalytic converter. Catalytic converter is a device that is installed in the exhaust channel of vehicles. The purpose of this study was to determine the effect of using a catalytic converter with a 2 mm thick brass plate material on the exhaust emissions of CO2, CO and HC in the Antasari Evo I. The test was carried out by comparing the exhaust emissions produced by the standard exhaust and the exhaust that was installed with a catalytic converter based on variations in engine idle speed, 2000 rpm, 2500 rpm and 3000 rpm. From the results of the study it was found that the effect of using a catalytic converter with brass plate material placed on the exhaust gas channel can reduce the maximum CO2 emission level by 42,85%, reduce the maximum CO2 emission level by 83%, and reduce the maximum HC emission level by 18,4 %.
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