Treatment Exhaust Gas from Engine by Plasma at Atmospheric Pressure

T. Dam, Do Van Dung
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引用次数: 2

Abstract

Decreasing air pollution concentrations from Internal Combustion Engine (ICE), especially agricultural machines and transporters, is more interested. The current treatment methods have many disadvantages, such as low treatment efficiency, high cost, and complex operation. Therefore, in this study a gas pollution treatment model from ICE by using cold-Plasma is designed and manufactured to solve above problems. MAHA Emission testers for Diesel and Gasoline at the Center motor vehicle registration 50-06V at HCM city are used for results evaluation. The results show that the treatment efficiency of CO, CO2, HC and NOx are about 97%, 95%, 34% and 22%, respectively. The model is portable 260x400x140mm, 8kg and plugin 110V/50Hz or 12 V DC.
用等离子体在常压下处理发动机废气
减少来自内燃机(ICE)的空气污染浓度,特别是农业机械和运输工具,更令人感兴趣。目前的处理方法存在处理效率低、成本高、操作复杂等缺点。为此,本研究设计并制造了冷等离子体处理内燃机废气污染的模型,以解决上述问题。使用HCM市机动车登记中心50-06V的MAHA柴油和汽油排放测试仪进行结果评价。结果表明,该工艺对CO、CO2、HC和NOx的处理效率分别为97%、95%、34%和22%左右。该型号为便携式260x400x140mm, 8kg,插件110V/50Hz或12v DC。
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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