PERBANDINGAN EMISI GAS BUANG ANTARA MOTOR BAHAN BAKAR EMPAT TAK BERBAHAN BAKAR PREMIUM, PERTALITE, DAN PERTAMAX

Syah Budin, Rofiq Sunaryanto, Charles Situmorang
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Abstract

This study aims to determine the differences in carbon monoxide (CO) and hydrocarbon (HC) exhaustemissions on Honda Revo EFI system motorcycles using premium, pertalite and pertamax fuels. Thelocation of the study was conducted at PT Unilab Perdana, South Jakarta. Quantitative method withexplanatory format the results of the study showed that: The average test results obtained showed thatthe exhaust emissions released in the use of pertamax fuel (CO was 2.53%, and HC was 749 ppm). Theuse of pertalite fuel (CO is 2.62%, and HC is 837 ppm). The use of premium fuel (CO of 2.77%, andHC of 1233 ppm). Thus, within the permissible threshold of LH Decree No. 05 of 2006, namely for 4.5%CO gas and 2000 ppm HC gas with the test method at idle speed (normal engine rotation position whennot pressed by the gas). Chi square test calculation results show that, X2 count (18.95) > X2 table(5.591), so H0 is rejected. This means that there are differences in the proportions in the premium fuelgroup, pertalite and pertamax to the exhaust emissions of CO and HC. Thus, the proposed researchhypothesis has been answered, namely that there are differences in carbon monoxide (CO) and hydrocarbon (HC) exhaust emissions on Honda Revo EFI system motorcycles using premium, pertalite andpertamax fuels.
优质燃料、pertalite燃料和pertamax燃料四冲程摩托车废气排放的比较
本研究旨在确定本田Revo电喷系统摩托车使用优质、pertalite和pertamax燃料时一氧化碳(CO)和碳氢化合物(HC)废气排放的差异。研究地点在雅加达南部的PT Unilab Perdana。定量方法与解释格式的研究结果表明:获得的平均测试结果表明,在使用超稠油(CO为2.53%,HC为749 ppm)时排放的废气排放量。使用pertalite燃料(CO为2.62%,HC为837 ppm)。使用优质燃料(CO为2.77%,hc为1233 ppm)。因此,在2006年第05号LH法令允许的阈值范围内,即在怠速(不受气体压力时发动机正常旋转位置)的测试方法下,4.5%CO气体和2000 ppm HC气体。卡方检验计算结果显示,X2计数(18.95)>X2表(5.591),因此拒绝H0。这意味着在优质燃料组、pertalite和pertamax中CO和HC废气排放的比例存在差异。因此,提出的研究假设得到了回答,即使用优质,pertalite和pertamax燃料的本田Revo EFI系统摩托车的一氧化碳(CO)和碳氢化合物(HC)废气排放存在差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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