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Low Cost LEV-III, Tier-III Emission Solutions with Particulate Control using Advanced Catalysts and Substrates

机译:低成本LEV-III,使用先进催化剂和基材的颗粒控制具有颗粒对照的Tier-III发射溶液

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摘要

A production calibrated GTDI 1.6L Ford Fusion was used to demonstrate low HC, CO, NOx, PM (particulate mass), and PN (particulate number) emissions using advanced catalyst technologies with newly developed high porosity substrates and coated GPFs (gasoline particulate filters). The exhaust system consisted of 1.2 liters of TWC (three way catalyst) in the close-coupled position, and 1.6L of coated GPF in the underfloor position. The catalysts were engine-aged on a dynamometer to simulate 150K miles of road aging. Results indicate that ULEV70 emissions can be achieved at ~$40 of PGM, while also demonstrating PM tailpipe performance far below the proposed California Air Resources Board (CARB) LEV III limit of 1 mg/mi. Along with PM and PN analysis, exhaust system backpressure is also presented with various GPF designs.
机译:使用具有新开发的高孔隙率底物和涂覆的GPFs(汽油颗粒过滤器)的生产校准的GTDI 1.6L FORD融合用于证明低HC,CO,NOx,PM(颗粒状质量)和PN(颗粒数量)和PN(颗粒数量)排放量(汽油颗粒过滤器) 。 排气系统由1.2升的TWC(三种方式催化剂)组成,在近耦合位置,下层地板位置1.6L涂覆的GPF。 催化剂在测功机上发动机老化,以模拟150k英里的道路老化。 结果表明,ULEv70排放可以在〜40美元的PGM中实现,同时也可以在拟议的加州空气资源板(CARB)Lev III限制1 mg / mi以下。 随着PM和PN分析,还具有各种GPF设计的排气系统背压。

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