Development of the Low-Emission GE-7FDL High-Power Medium-Speed Locomotive Diesel Engine

Author:

Chen G.1,Flynn P. L.2,Gallagher S. M.2,Dillen E. R.2

Affiliation:

1. Department of Mechanical Engineering, Gannon University, Erie, PA 16541

2. GE Transportation Systems, Erie, PA 16531

Abstract

This paper summarizes the technical development of the low-emission GE-7FDL series locomotive diesel engine. The development focused on reducing the engine exhaust NOx emission significantly while reducing and curbing other visible and nonvisible emissions with minimal adverse impact on the engine fuel efficiency and minimal changes to the engine system and components. Concepts were analyzed, and were investigated using a single-cylinder 7FDL research engine. A low-emission 16-cylinder 7FDL engine and a GE locomotive prototype were built and tested for performance demonstration, function evaluation, and design optimization. The GE low-emission 7FDL engines and locomotives have been in production. The newly developed low-emission locomotive engine meets the EPA Tier-0 levels without fuel efficiency penalty. This was accomplished with minimal changes to the engine system and components. The desired engine reliability performance is retained. The engines are interchangeable with the preceding 7FDL baseline models, and the upgrade of the existing baseline engines to the low-emission version is facilitated.

Publisher

ASME International

Subject

Mechanical Engineering,Energy Engineering and Power Technology,Aerospace Engineering,Fuel Technology,Nuclear Energy and Engineering

Reference11 articles.

1. Environmental Protection Agency, 1998, “Emission Standards for Locomotives and Locomotive Engines,” 40 CFR, Part 85, 89, and 92.

2. Environmental Protection Agency, 1998, “General Provisions for Emission Regulations for Locomotives and Locomotive Engines,” 40 CFR, Part 92, Subpart A.

3. Hsu, B. D., 1984, “Heat Release, Cycle Efficiency and Maximum Cylinder Pressure in Diesel Engine—The Use of an Extended Air Cycle Analysis,” SAE Paper No. 841054.

4. Hsu, B. D., and Chen, G., 2001, “Increased Compression Ratio Diesel Engine Assembly for Retarded Fuel Injection Timing,” U.S. Patent 6,318,308, assigned to General Electric Company.

5. Hsu, B. D., Chen, G., and Cryer, R. D, 2002, “High Injection Rate, Decreased Injection Duration Diesel Engine Fuel System,” U.S. Patent 6,349,706, assigned to General Electric Company.

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