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Diesel Particulate Filter Retrofit of a 1500 kW Multi-Engine Genset Locomotive

机译:1500 kW多引擎发电机组机车的柴油颗粒过滤器改造

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This paper documents the initial test results of a locomotive diesel particulate filter (DPF) retrofit project. The locomotive used for this project was BNSF1284, a 1,566 kW National Railway Equipment Company (NREC) model 3GS21B, originally manufactured in April, 2008, and designed to be an Ultra-Low Emissions Locomotive (ULEL). This genset switcher locomotive uses three Cummins QSK19 Cummins 522 kW diesel-engine driven generator sets (Genset 1, 2, and 3) to provide the power needed to drive the traction motors. The GT Exhaust Diesel Particulate Filter (DPF) retrofit system, installed on BNSF1284, uses catalyzed DPF elements. The DPF, and its catalyzed coating, offered significant hydrocarbons (HC), carbon monoxide (CO), and particulate (PM) emissions reduction. Additionally, the catalyzed coating should allow the diesel particulate filters to passively regenerate at moderate exhaust temperatures, thus keeping the engine back pressure within allowable limits of the manufacture. The GT Exhaust DPF's were installed in place of the standard mufflers on each of the three engines. The GT Exhaust DPF's are roughly the same size as the stock muffler. The only locomotive modification needed to install the GT Exhaust DPF's was to the muffler mounting platform, directly above the engine, where the exhaust pipe opening needed to be enlarged. There are no external modifications to the locomotive car body needed to install the GT Exhaust DPF's. After installation of the DPF's, they were degreened by operating the engines at rated power for 20 hours. After degreening testing was performed according to Title 40 of the U. S. Code of Federal Regulations (CFR), Part 92, Subpart B. The addition of the DPF reduced the PM emissions to 0.016 g/kW-hr or 60 percent below the locomotive Tier 4 PM limits. BNSF1284 was returned to revenue service in Richmond, California in March 2012, where the DPF performance will be tracked for 3,000 hours of operation as part of a California Air Resources Board (CARB) verification program.
机译:本文记录了机车柴油机微粒过滤器(DPF)改造项目的初步测试结果。该项目使用的机车是BNSF1284,这是一台1,566 kW的国家铁路设备公司(NREC)型号3GS21B,最初于2008年4月生产,设计为超低排放机车(ULEL)。该发电机组切换机车使用三台康明斯QSK19康明斯522 kW柴油发动机驱动的发电机组(发电机组1、2和3)来提供驱动牵引电动机所需的功率。安装在BNSF1284上的GT排气柴油颗粒过滤器(DPF)改装系统使用催化的DPF元素。 DPF及其催化涂层可显着减少碳氢化合物(HC),一氧化碳(CO)和颗粒物(PM)的排放。另外,催化涂层应允许柴油颗粒过滤器在中等排气温度下被动再生,从而将发动机背压保持在制造允许的范围内。 GT排气DPF安装在三个发动机中的每个发动机上,以代替标准消音器。 GT排气DPF的尺寸与消音器的尺寸大致相同。安装GT Exhaust DPF所需的唯一机车改装是在发动机正上方的消音器安装平台上,在该平台上需要扩大排气管的开口。安装GT Exhaust DPF不需要对机车车体进行外部修改。安装DPF后,通过在额定功率下运转发动机20小时对它们进行分级。根据美国联邦法规(CFR)第92部分第B子部分的标题40进行分级测试之后。添加DPF可以将PM排放降低到0.016 g / kW-hr或比机车Tier 4低60% PM限制。 BNSF1284于2012年3月返回加利福尼亚州里士满市的税收服务部门,作为加州空气资源委员会(CARB)验证计划的一部分,将跟踪DPF的运行情况3,000小时。

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