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Consideration for Fischer-Tropsch Derived Liquid Fuels as a Fuel Injection Emission Control Parameter
ISSN: 0148-7191, e-ISSN: 2688-3627
Published October 19, 1998 by SAE International in United States
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The U.S. Department of Energy (DOE) is embarking on a program investigating the use of Fischer-Tropsch (FT) fuels as a premium quality substitute or blending agent in direct-injection compression-ignition (diesel) engines. This paper aims to direct attention to the processing of FT fuels, emissions issues, available engine technology and the opportunity offered by FT diesel fuels for emissions control when considering diesel injection techniques. In modern automotive and heavy duty direct-injected (DI) diesel engines, precise fuel injection control is critical for achievement of 1998 and 2004 NOX and PM emission levels. High injection pressures, pilot injection and injection rate shaping are all optimized to maximize efficiency and power and to minimize emissions. These parameters must be considered as variables in the trade-off scenario between NOX and PM. Another parameter that may be considered important is the fuel type. Fischer Tropsch (F-T) liquid fuels produced from synthesis gas (a mixture of carbon monoxide and hydrogen) are straight chain aliphatic hydrocarbons containing virtually no aromatic compounds or sulfur species. F-T liquid fuels offer such significantly different chemistry that when compared to typical petroleum based diesel fuels, a new PM versus NOX variable emerges.
CitationMcMillian, M. and Gautam, M., "Consideration for Fischer-Tropsch Derived Liquid Fuels as a Fuel Injection Emission Control Parameter," SAE Technical Paper 982489, 1998, https://doi.org/10.4271/982489.
SAE 1998 Transactions - Journal of Fuels and Lubricants
Number: V107-4 ; Published: 1999-09-15
Number: V107-4 ; Published: 1999-09-15
- Perry, Robert H., Green, Don W., Maloney, James O., “Perry's Chemical Engineers' Handbook,” McGraw-Hill, Seventh Edition, 1997.
- Stiegel, G.J. and Srivastava, R.D., “Natural Gas Conversion Technologies,” Chemistry and Industry, Number 21, pp 837-834, 7 November, 1994.
- Pittsburgh Energy Technology Center, Office of Fossil Energy, U.S. Department of Energy, “Liquid Transportation Fuels From Coal, Part 2: Indirect Liquefaction,” Issue 4, Fall 1991.
- Gray, D., and Tomlinson, G., “Fischer-Tropsch Fuels from Coal and Natural Gas: Carbon Emissions Implications,” August 1997.
- Choi, G.N., Kramer, S.J., Tam, S.S., Srivastava, R.D., and Stiegel G.J., “Natural Gas Based Fischer-Tropsch to Liquid Fuels: Economics,” Society of Petroleum Engineers 66th Western Regional meeting, Anchorage, Alaska, May 22-24, 1996.
- Carson, M. M., and Roberts, M. A., Oil and Gas Journal, pp 33-38, June 19, 1995.
- Agee, M.A., “Convert Natural Gas Into Clean Transportation Fuels,” March 1997.
- Erwin, J., Ryan, T.W., and Moulton, D.S., “Diesel Fuel Component Contribution to Engine Emissions and Performance,” Final Report 1994, NREL/TP-425-6354.
- Phillips Petroleum Company, Certificate of Analysis for 0.05% Sulfur Diesel Fuel Type 2, Lot D-163 and 10% Aromatic Diesel Fuel, Lot W-785-X.
- Gulder, OL., Glavincevski, B., and Burton, G.F., “Ignition Quality Rating Methods for Diesel Fuels--A Critical Appraisal,” SAE 852080.
- Glavincevski, B., Gulder, O.L., and Gardner, L., “Cetane Number Estimation of Diesel Fuels from Carbon Type Structural Composition,” SAE 841041.
- Ogawa, T., Araga, T., Masanori,O., and Fujimoto, Y., “Fuel Effects on Particulate Emissions from D.I. Engine - Chemical Analysis and Characterization of Diesel Fuel”, SAE Paper 952351, 1995.
- Shibuya. M., Miyamato, N., Ogawa, H., Arai, K., and Esmilaire, O., “Influence of Molecular Structure of aromatic Fuels on Diesel Combustion and Emissions,” Bulletin of the Faculty of Engineering, Hokkaido University, No. 164 (1993).
- Schaberg, P.W., Myburgh, I.S., Botha, J.J., Roets, P.N.,Viljoen, C.L., Dancuart, L.P., and Starr, M.E., “Diesel Exhaust Emissions Using Sasol Slurry Phase Distillate Process Fuels,” SAE 972898.
- Li, X., Chippior, W. L., Gulder, O.L., “Effects of Fuel Properties on Exhaust Emissions of a Single Cylinder DI Diesel Engine,” SAE 962116.
- Lange, W.W., “The Effect of Fuel Properties on Particulate Emissions in Heavy Duty Truck Engines Under Transient Operating Conditions,” SAE 912425.
- Cowley, L.T., Jeune, A Le, and Lange, W.W., “Effect of fuel composition including aromatics content on emissions from a range of heavduty diesel engines,” Conference Literature from “Worldwide Engine Emissions Standards and How to Meet Them” London, England. May, 1993.
- Ryan, Thomas W. And Montalvo, Daniel A., “Emissions Performance of Fischer-Tropsch Diesel Fuels,” Conference Paper: 1997 AIChE Spring Meeting, Houston, TX, March 9-13, 1997.
- Cowley, L.T., Jeune, A Le, and Lange, W.W., “Effect of Fuel Composition Including Aromatics Content on Emissions From a Range of Heavy Duty Diesel Engines,” Conference Literature from “Worldwide Engine Emissions Standards and How to Meet Them” London, England. May, 1993
- Mori, Kazutoshi, “Worldwide Trends in Heavy-Duty Diesel Engine Exhaust Emission Legislation and Compliance Technologies,” SAE 970753.
- Erwin, J., and Ryan T.W. III,, “The Standing of Fischer-Tropsch Diesel in an Assay of Fuel Performance and Emissions,” Report for DOE Subcontract YZ-2-11215-1, 1993.
- Krieger, R.B., Siewert, R.M., Pinson, J.A., Gallopoulos, N.E., Hilden, D.L., Monroe, D.R., Rask, R.B., Solomon, A.S.P., and Zima, P., “Diesel Engines: One Option to Power Future Personal Transportation Vehicles,” SAE 972683.
- Boggs, D.L., Belaire, R.C., Bartunek, B., Durnhloz, M., and Ecker, H-F, “A Small Displacement DI Diesel Engine concept for High Fuel Economy vehicles,” SAE 972680.
- Coldren, D.R. and Moncelle, M.E. “Advanced technology fuel system for heavy duty diesel engines,” SAE 973182
- Kohketsu, S., Mori, K., Sakai, K., and Hakozaki, T., “EGR Technologies for a Turbocharged and Intercooled Heavy-Duty Diesel Engine,” SAE 970340.
- Arcoumanis, C., Bae, C., Nagwaney, A., and Whitelaw, J.H., “Effect of EGR on Combustion Development in a 1.9L DI Diesel Optical Engine,” SAE 950850.
- Baumgard, K.J., and Johnson, J.H., “The Effect of Fuel and Engine Design on Diesel Exhaust Particle Size Distributions,” SAE Paper 960131.
- Arcoumanis, C., Schindler, K.-P., “Mixture Formation and Combustion in the DI Diesel Engine”, SAE 972681.
- Frenklach,M. And Wang, W., “Twenty-Third Symposium (International) on Combustion, P559, The Combustion Institute, Pittsburgh, 1990.
- Chen, S.K., Mather, D., and Reitz, R., “Current and Advanced Design Concepts for High Power-Density Mid-Range Truck Diesel Engines, Part II: The Development of Advanced Design Process for Combustion System Optimization,” SAE 972689.
- Browning, Louis H. “Technologies and costs for On-road heavy-duty engines meeting 2004 emissions standards,” SAE 973256.
- Heywood, John B., “Internal Combustion Engine Fundamentals,” McGraw-Hill, 1988.
- Hikosaka, Noboru, “A View of the Future of Automotive Diesel Engines,” SAE 972682.
- Han, Z., Uludogan, A., Hampson, G., Reitz, R., “Mechanism of Soot and NOx Emission Reduction Using Multiple-Injection in a Diesel Engine”, SAE Paper 960633
- Ricart, L.M., Xin, J., Bower, G.R., Reitz, R.D., “In-Cylinder Measurement and Modeling of Liquid Fuel Spray Penetration in a Heavy-Duty diesel Engine,” SAE Paper 97154.