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01-05-2013 | Research

Aftertreatment in a Pre-turbocharger Position: Size and Fuel Consumption Advantage for Tier 4

Authors: M. Sc. Dipl.-Ing. Claus Brüstle, Dr.-Ing. Dean Tomazic, Dipl.-Ing. Michael Franke

Published in: MTZ industrial | Issue 1/2013

Excerpt

As the 2014 implementation of EPA Tier 4 fast approaches in the USA, manufacturers of large bore diesel engines face a dilemma. The stringent limits set by Tier 4 legislation require large, heavy and expensive emissions control systems but severe constraints on installation space, weight and cost exist for these systems. A viable solution is to place catalysts and filters upstream of the turbocharger. …

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[1]

Dieselnet.com Emissions Standards, United States, Non-Road Engines http://www.dieselnet.com/standards/us/nonroad.php

[2]

Vantuono, W.: How motive power boosts productivity Railway Age, May 2011, p 17–24, New York, 2011

[3]

Brüstle, C., et al.: Katalysatortechnologie für zukünftige Abgasgrenzwerte, 15. Wiener Motorensymposium, Wien, 1994

[4]

Subramaniam, M. et al.: Feasibility Assessment for a Pre-turbine After-Treatment System with a 1D Modeling Approach, SAE World Congress 2009, Detroit, 2009

[5]

Osborne, M., et al.: Exhaust Emissions from a 2,850 kW EMD SD60 Locomotive Equipped with a Diesel Oxidation Catalyst Joint Rail Conference & Internal Combustion Engine, Spring Technical Conference, Colorado, 2007

[6]

Zellbeck, H., et al.: Ein Vollkatalysatorsystem vor Abgasturbolader; Auslegung, Berechnung und Untersuchungen am Motorprüfstand, 14. Aufladetechnische Konferenz, Dresden, 2010

[7]

Codan, E., et al.: IMO III Emission Regulation: Impact on the Turbocharging System, CIMAC Congress 2010, Bergen, 2010

[8]

Althoefer, K., et al.: Metallkatalysatoren — Bauteil- und Schadensanalyse im Fokus innovativer Designentwicklung, VDI Wuerzburg, 2007

[9]

Kramer, J., et al.: Development And Practical Experience Of A 2010 Compliant HD Diesel Engine And Aftertreatment System, 20 ^th Aachen Colloquium “Automobile and Engine Technology”, Aachen, 2011

[10]

Rice, M., et al.: NO _X Aftertreatment for Passenger Cars and Heavy Duty Truck Applications for EU 6 and EUVI/US2010 Legislation, SAE World Congress 2009, Detroit, 2009

[11]

Subramaniam, M., et al.: Pre-turbine Aftertreatment Position for Large Bore Diesel Engines — Compact & Cost-Effective Aftertreatment with a Fuel Consumption Advantage, SAE World Congress 2011, Detroit, 2011

[12]

Blanchet, S., et al.: Implementation of the Effectiveness-NTU Methodology for Catalytic Converter Design, SAE World Congress 1998, Detroit, 1998

Title: Aftertreatment in a Pre-turbocharger Position: Size and Fuel Consumption Advantage for Tier 4
Authors: M. Sc. Dipl.-Ing. Claus Brüstle
Dr.-Ing. Dean Tomazic
Dipl.-Ing. Michael Franke
Publication date: 01-05-2013
Publisher: Vieweg Verlag
Published in: MTZ industrial / Issue 1/2013
Print ISSN: 2194-8682
Electronic ISSN: 2194-8690
DOI: https://doi.org/10.1007/s40353-013-0073-x

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