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The Effects of Fuel Sulfur Concentration on Regulated and Unregulated Heavy-Duty Diesel Emissions
ISSN: 0148-7191, e-ISSN: 2688-3627
Published March 01, 1993 by SAE International in United States
Annotation ability available
The effects of fuel sulfur concentration on heavy-duty diesel emissions have been studied at two EPA steady-state operating conditions, mode 9 (1900 RPM, 75% Load) and mode 11(1900 RPM, 25% Load). Data were obtained using one fuel at two sulfur levels (Low Sulfur, LS = 0.01 wt% S and Doped Low Sulfur DS = 0.29 wt% S). All tests were conducted using a Cummins LTA10-300 heavy-duty diesel engine.
No significant changes were found for the nitrogen oxides (NOx), soluble organic fractions (SOF) and XAD-2 (a copolymer of styrene and divinylbenzene) organic component (XOC) due to the fuel sulfur level increase at either engine mode. The hydrocarbon (HC) levels were not significantly affected by sulfur at mode 9; however, at mode 11 the HC levels were reduced by 16%. The total particulate matter (TPM) levels increased by 17% at mode 11 and by 24% at mode 9 (both significantly different). The solid (SOL) emissions were not affected by fuel sulfur content at mode 11, but at mode 9 the data set indicated a 30% increase in the SOL emissions with the fuel sulfur increase. The sulfate (SO4 =) levels, which were significantly different for both mode and fuel, increased from 0.02 mg/m3 to 1.28 mg/m3 and from 0.08 mg/m3 to 1.83 mg/m3 at mode 11 and 9, respectively.
Particle size distribution results indicated that the two fuels had nearly identical accumulation modes; however, with the low sulfur fuel the smaller nuclei-mode particles virtually disappeared. Several significant differences in polycyclic aromatic hydrocarbon (PAH) emissions were found between the two fuel sulfur levels with higher PAH levels usually associated with low sulfur fuel. For the two engine modes tested, more significant difference were seen between fuels for total PAH (SOF + XOC levels) for the lower temperature mode (mode 11). The PAH partitioning between the soluble organic fraction and the XOC was found (in most cases) to follow linear isotherm adsorption theory and this information was used to predict levels of PAH below detection limits. Mutagenic activity generally decreased with increasing fuel sulfur concentration.
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- Cornelius N. Opris - Michigan Technological University
- Linda D. Gratz - Michigan Technological University
- Susan T. Bagley - Michigan Technological University
- Kirby J. Baumgard - Michigan Technological University
- David G. Leddy - Michigan Technological University
- John H. Johnson - Michigan Technological University
CitationOpris, C., Gratz, L., Bagley, S., Baumgard, K. et al., "The Effects of Fuel Sulfur Concentration on Regulated and Unregulated Heavy-Duty Diesel Emissions," SAE Technical Paper 930730, 1993, https://doi.org/10.4271/930730.
- Ryan T. W. III Storment J. O. Wright B. R. Waytulonis R. 1981 The effects of fuel properties and composition on diesel engine exhaust emissions - a review SAE Publication 810953
- Wall J. C. Hoekman S. K. 1984 Fuel composition effects on heavy-duty diesel particulate emissions SAE Publication 841364
- Baranescu R. A. 1988 Influence of fuel sulfur on diesel particulate emissions SAE Publication 881174
- Wall J. C. Shimpi S. A. Yu M. L. 1987 Fuel sulfur reduction for control of diesel particulate emissions SAE Publication 872139
- Gergel W. C. 1980 Interrelation of diesel engine lubricant quality and sulfur content of diesel fuel National Petroleum Refiners Association Washington D.C.
- Lilly L. R. C. 1984 Diesel engine reference book Butterworths, London U.K
- Weaver C. S. Miller C. Johnson W. A. Higgins T. S. 1986 Reducing the sulfur and aromatic content of diesel fuel: costs, benefits, and effectiveness for emissions control SAE Publication 860622
- Kantola T. C. Bagley S. T. Gratz D. G. Leddy D. G. Johnson J. H. 1992 The influence of a low sulfur fuel and a ceramic particle trap on the physical, chemical and biological character of heavy-duty diesel emissions SAE Publication 920565
- Baumgard, K. J. Johnson J. H. 1992 The effect of low sulfur fuel and a ceramic particle filter on diesel exhaust particle size distributions SAE Publication 920566
- Ullman T. L. 1989 Investigation of the effects of fuel composition and injection and combustion system type on heavy-duty diesel exhaust emissions Final Report San Antonio. Houston
- Bagley S. T. Gratz L. D. Leddy D. G. Johnson J. H. Characterization of particle and vapor phase organic fraction emissions from a heavy-duty diesel engine equipped with a particle trap having regeneration controls Final Research Report Health Effects Institute Cambridge, MA
- Carpenter K. A. 1978 The design and development of a dilution tunnel for the physical and chemical characterization of diesel particulate matter Michigan Technological University Houghton, MI
- Waldenmaier D. A Gratz L. D Bagley S. T Johnson J. H Leddy D. G. 1990 The influence of sampling conditions on the repeatability of diesel particulate, vapor phase hydrocarbons and PAH measurements SAE Publication 900642
- Hinds, W. 1982 Aerosol Technology-properties, Behavior and Measurement of Airborne Particles John Wiley and Sons, Inc. 424
- Baumgard, K. J. Kittelson, D. B. 1985 The influence of a ceramic particle trap on the size distributions of diesel particles SAE Publication 850009
- Rice J. E. DeFloria M. C. Sesenhauser C. LaVoie E. J. 1988 The influence of fluoranthene on the metabolism and DNA-binding of benzo[a]pyrene in vivo in mouse skin Chem-Biol. Interactions 68 127 136.
- Rice J. E. Hosted T. J. Jr. LaVoie E. J. 1984 Fluoranthene and pyrene enhance benzo[a]pyrene adduct formation in vivo in mouse skin Cancer Letters 24 327 333
- Cavalieri E. Rogan E. Sinha D. 1988 Carcinogenicity of aromatic hydrocarbons directly applied to rat mammary gland 1988 Jour. Cancer Res. Clin. Oncol 114 3 9 1988
- Solt D. B. Polverini P. J. Calderon L. 1988 Carcinogenic response of hamster buccal pouch epithelium to four polycyclic aromatic hydrocarbons Jour. Oral Pathology 16 6 194 302
- LaVoie E. J. Braley J. Rice J. E. Rivenson A. 1987 Tumorigenic activity of non alternate polynuclear aromatic hydrocarbons in newborn mice Cancer Lett 34 15 20
- McClure B. T. Bagley S. T. Gratz L. D. 1992 The influence of an oxidation catalytic converter and fuel composition on the chemical and biological characteristics of diesel exhaust emissions SAE Publication 920854
- Kado N. Y. Langley D. Eisenstadt E. 1983 A simple modification of the Salmonella/ liquid incubation assay: Increased sensitivity for detecting mutagens in human urine Mutat Res 121 25 132
- Stoltz S. L. Bagley S. T. 1989 Analysis of diesel particulate matter and vapor phase samples using the micro-suspension assay Teratogen Carcinogen Mutagen 9 289 295
- Miller P. R. Scholl J Bagley S. T. Leddy D. G. Johnson J.H. 1983 The effects of a porous ceramic particulate trap on the physical, chemical and biological character of diesel particulate emissions SAE Transactions 92 287 315
- Hibbler F. J. 1982 Quantifications of Ames Salmonella/ microsome assay system variables Michigan Technological University Houghton, MI
- Dolan, D. F. 1977 Experimental and theoretical investigation of diesel exhaust particulate matter University of Minnesota
- SAE J177 April 1982 Measurement of carbon dioxide, carbon monoxide, and oxides of nitrogen in diesel exhaust
- SAE J1003 June 1990 Diesel engine emission measurement procedure
- Zar J. H 1984 Biostatistical analysis, 2.nd Prentice-Hall, Inc. Englewool Cliffs, NJ
- Stelson A. W. 1989 Theoretical and experimental evidence for artifact particulate matter formation in electrical aerosol analyzers Environ. Sci. Technol. 23 125 128
- White C. M. 1986 Prediction of the boiling point, heat of vaporization, and vapor pressure at various temperatures for polycyclic aromatic hydrocarbons J. Chem. Eng. Data 31 198 203
- Junge C. E. 1977 Fate of pollutants in the air and water environments Suffet, I.H. Willy New York
- Ligocki M. P. Pankow J. F. 1989 Measurements of the gas/particle distributions of atmospheric organic compounds Environ. Sci. Technol. 23 75 83
- Yamasaki H. Kazuhiro K. Miyamoto H. 1982 Effects of ambient temperature on aspects of airborne polycyclic aromatic hydrocarbons Eviron. Sci. Technol. 16 189 194
- Bidleman T. F. Billings W. N. Foreman W. T. 1986 Vapor particle partitioning of semivolatile organic compounds: estimates from field collections Environ. Sci. Technol. 20 1038 1043
- Rasmussen R. E. 1990 Effect of fuel properties on mutagenic activity in extracts of heavy-duty diesel exhaust particulate J. Air Waste Manage 40 1391 1396