Abstract
The relationship between vehicle fuel economy and government-regulated exhaust emissions is very complex. It involves a number of factors subject to personal bias. For example, one must to some extent subjectively judge what is acceptable vehicle performance during cold start and normal driving because performance in these operating modes can, as will be shown, be related to both emission levels and fuel economy, either directly or indirectly. It is important to decide what economic penalty should be involved when one attempts to maximize fuel economy at a given emission level. One must also decide what degree of sophistication the emission control system can have and still function well in the hands of a nontechnical owner with minimal maintenance.
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References
U.S. Federal Register, Vol. 37, No. 221, November 15 (1972); Vol. 38, No. 124, June (1973); Vol. 40, part 86, June 30 (1975).
Kruse, R., and Huls, T., “Development of the Federal Urban Driving Schedule,” SAE paper 730553, May (1973).
Austin, T., Hellman, K., and Paulsell, C., “Passenger Car Fuel Economy During Non-Urban Driving,” SAE paper 740592, August (1974).
Oetting, H., “Impact of Emission Standards on Fuel Economy and Consumer Attributes,” SAE paper 790230, February (1979).
Brownson, D., Johnson, R., and Candelise, A., “A Progress Report on Man-Air-Ox, Manifold Air Oxidation of Exhaust Gas,” SAE paper 486-N, March (1962).
Gast, R., “Pulsair—A Method for Exhaust System Induction of Secondary Air for Emission Control,” SAE paper 750172, February (1975).
Currie, J., Grossman, D., and Gumbleton, J., “Energy Conservation with Increased Compression Ratio and Electronic Knock Control,” SAE paper 790173, February (1979).
Kirklin, P., and Wise, S., “The Effects of Engine Variables and Exhaust Gas Recirculation on Emissions and Fuel Economy—Part IV,” SAE paper 780591 (S.P. 431), June (1978).
Gumbleton, J., Niepoth, G., and Currie, J., “Compression Ratio and Fuel Economy with Emission Constraints,” Proc. Amer. Petroleum Inst., Refining Dept. 41st Midyear Meeting, API-17-76, pp. 179–188 (1976).
Gumbleton, J., Neipoth, G., and Currie, J., “Effect of Energy and Emission Constraints on Compression Ratio,” SAE paper 760826, October (1976).
Nesmith, T., Tracy, C., Meguerian, G., Keller, B., and Daby, E., “Optimization of Fuel and Vehicle Parameters,” SAE paper 780589, June (1978).
Cantwell, E., Kinnear, F., and Russell, H., “The Effect of Emission Standards and Gasoline Quality on Fuel Consumption,” SAE paper 750671, June (1975).
Lin-Fu, Jane S., “Lead Exposure Among Children—A Reassessment,” New England J. of Medicine, 300, 731–732 (1979).
Assoc. Octel publication, “Leaded Petrol-Energy and Health,” December (1979).
Newhall, H., “Kinetics of Engine Generated Nitrogen Oxides and Carbon Monoxide,” 12th Symposium (International) on Combustion, The Combustion Institute, pp. 603-613 (1968).
Delichatsios, M., and Keck, J., “Rate Controlled Constrained Equilibrium Calculations of CO and NO Freezing in Internal Combustion Engines,” Amer. Chem. Soc. Div. of Petroleum Chem. Symposium on Chemistry of Combustion in Engines, Philadelphia, PA, April (1975).
Pozniak, D., “The Exhaust Emission and Fuel Consumption Characteristics of an Engine During Warmup—A Vehicle Study,” SAE paper 800396, February (1980).
Glockler, O., Knapp, H., and Manger, H., “Present Status and Future Development of Gasoline Fuel Injection Systems for Passenger Cars,” SAE paper 800467, February (1980).
Lindsay, R., Thomas, A., Woodworth, J., and Zeschmann, E., “Influence of Homogeneous Charge on the Exhaust Emissions of Hydrocarbons, Carbon Monoxide, and Nitric Oxide from a Multicylinder Engine,” SAE paper 710588, June (1971).
Hires, S., and Overington, M., “Transient Mixture Strength Excursions—An Investigation of Their Cause and the Development of a Constant Mixture Strength Fueling Strategy,” SAE paper 810495, February (1981).
Brokaw, R., and Bittker, D., “Carbon Monoxide Oxidation Rates Computed for Automobile Exhaust Manifold Reactor Conditions,” NASA Tech. Note D-7024 National Tech. Info. Serv. Springfield, VA 22151.
Nicholson, R., “Emissions and Fuel Economy Interactions,” SAE paper 780616, June (1978).
Blumberg, P., Kummer, J., “Prediction of NO Formation in Spark Ignited Engines—An Analysis of Methods of Control,” Comb. Sci. & Tech. 4, 73–95 (1971).
Lavoie, G., Heywood, J., and Keck, J., “Experimental and Theoretical Study of Nitric Oxide Formation in Internal Combustion Engines,” Comb. Sci. & Tech. 1, 313–326 (1970).
Lavoie, G., and Blumberg P., “A Fundamental Model for Predicting Fuel Consumption, NOx, and HC Emissions of the Conventional Spark-Ignited Engine,” Comb. Sci. & Tech. 21, 225–258 (1980).
Marsee, F., and Rediker, F., “Emission Control with Lean Mixtures on a Two-Liter High-Performance Engine,” Ethyl Corp. Project 12274 (1977).
Holl, W., “Air Fuel Control to Reduce Emissions,” SAE paper 800051, February (1980).
Blumberg, P., “Nitric Oxide Emissions from Stratified Charge Engines,” Comb. Sci. & Tech. 8, 5–24 (1973).
Kummer, J., “Catalysts for Automobile Emission Control,” Prog. Energy Combust. Sci. 6, 177–199 (1980).
Novak, J., and Blumberg, P., “Parametric Simulation of Significant Design and Operating Alternatives Affecting Fuel Economy and Emissions of Spark Ignited Engines,” SAE paper 780943, November (1978).
Eltinge, L., Marsee, F., and Warren, J., “Potentialities of Further Emission Reduction by Engine Modifications,” SAE paper 680123, January (1968).
Fleming, R., “Effect of Fuel Composition on Exhaust Emissions,” Bureau of Mines, Report of Investigation No. 7423 (1970).
Daniel, W., “Engine Variable Effects on Exhaust Hydrocarbon Composition,” SAE paper 670124, January (1967).
Wentworth, J., “Piston and Piston Ring Variables Affect Exhaust Hydrocarbon Emissions,” SAE paper 680109, January (1968).
Wentworth, J., “More on Origins of Exhaust Hydrocarbons—Effect of Zero Oil Consumption, Deposit Location, and Surface Roughness,” SAE paper 720939, October (1972).
Gagliardi, J., and Ghannam, F., “Effect of T.E.L. Concentration on Exhaust Emissions in Customer Type Vehicle Operation,” SAE paper 690015, January (1969).
Kaiser, E., Adamczyk, A., and Lavoie, G., “The Effect of Oil Layers on the Hydrocarbon Emissions Generated During Closed Vessel Combustion,” 18th International Symposium on Combustion, paper 188, August (1980).
Adamczyk, A., Kaiser, E., Cavolowsky, J., and Lavoie, G., “An Experimental Study of Hydrocarbon Emissions From Closed Vessel Explosions,” 18th International Symposium on Combustion, paper 167, August (1980).
Freeman, J., Jr., and Stahman, R., “Vehicle Performance and Exhaust Emissions; Carburetor vs. Timed Fuel Injection,” SAE paper 650863, November (1965).
Wentworth, J., “Effect of Combustion Chamber Surface Temperature on Exhaust Hydrocarbon Concentration,” SAE paper 710587, June (1971).
Myers, J., and Alkidas, A., “Effects of Combustion Chamber Surface Temperature on the Exhaust Emissions of a Single Cylinder Spark Ignited Engine,” SAE paper 780642, June (1978).
Blumberg, P., and Lavoie, G., personal communication.
Tanuma, T., Sasaki, K., Kaneko, T., and Kawaski, H., “Ignition, Combustion and Exhaust Emissions of Lean Mixtures in Automotive Spark Ignition Engines,” SAE paper 710159, January (1971).
Hass, G., Bonomassa, F., Newmark, P., and Kayne, N., “The Influence of Vehicle Operating Variables on Exhaust Emissions,” J. Air Poll. Cont. Assoc., 17, 384–387 (1967).
Induction System Task Group, “Automotive Exhaust Hydrocarbon Reduction During Deceleration by Induction System Devices,” SAE Transactions, 66, 383–396 (1958).
Canton, J., and Heywood, J., “Models for Heat Transfer, Mixing and Hydrocarbon Oxidation in an Exhaust Port of a Spark Ignited Engine,” SAE paper 800290, February (1980).
Huls, T., Myers, P., and Uyehara, O., “Spark Ignition Engine Operation and Design for Minimum Exhaust Emissions,” SAE paper 660405, June (1966).
Brinkman, N., “Ethanol Fuel—A Single Cylinder Engine Study of Efficiency and Exhaust Emissions,” SAE paper 810345, February (1981).
Sigworth, H., Jr., Myers, P., and Uyehara, O., “The Disappearance of Ethylene, Propylene, n-Butane, and 1-Butene in Spark Ignition Engine Exhaust,” SAE paper 700472, May (1970).
Steinhagen, W., Niepoth, G., and Mick, S., “Design and Development of the General Motors Air Injection Reactor System,” SAE paper 660106, January (1966).
Brownson, D., and Stebar, R., “Factors Influencing the Effectiveness of Air Injection in Reducing Exhaust Emissions,” SAE paper 650526, May (1965).
Tabaczynski, R., Heywood, J., and Keck, J., “Time Resolved Measurements of Hydrocarbon Mass Flow Rate in the Exhaust of a Spark-Ignited Engine,” SAE paper 720112, January (1972).
Siewert, R., “How Individual Valve Timing Events Affect Exhaust Hydrocarbon Emissions,” SAE paper 710609, June (1971).
Kuroda, K., Nakajima, Y., Hayashi, Y., and Sugihara, K., “Economical Matching of the Thermal Reactor to Small Engine—Low-Emission Concept Vehicles,” SAE paper 720484, May (1972).
Herrin, R., “Emission Performance of Lean Thermal Reactors—Effects of Volume Configuration and Heat Loss,” SAE paper 780008, February (1978).
Adams, W., Marsee, F., Olree, R., and Hamilton, J., “Emissions, Fuel Economy, and Durability of Lean Burn Systems” SAE paper 760227, February (1976).
Marsee, F., Olree, R., and Adams, W., “Compression Ratio Effects with Lean Mixtures,” SAE paper 770640, June (1977).
Sakai, Y., Nakagawa, S., Tange, R., and Maruyama, R., “Fundamental Study of Oxidation in a Lean Reactor,” SAE paper 770297, February (1977).
Dale, J., Smy, P., and Clements, R., “The Effect of a Coaxial, Spark Igniter on the Performance of and the Emissions from an Internal Combustion Engine,” Combustion and Flame 31, 173–185 (1978).
Shelef, M., Otto, K., and Otto, N., “Poisoning of Automotive Catalysts,” in Advances in Catalysis, Vol. 27, pp. 311–365, Academic Press, New York (1978).
White, J., Zakrajsek, C., “Implications of Precious Metal Catalysts with Leaded Fuels,” SAE paper 810086, February (1981).
Williamson, W., Stepien, H., Watkins, W., and Gandhi, H., “Poisoning of Platinum-Rhodium Automotive Three-Way Catalysts by Lead and Phosphorous,” Environmental Sci. and Tech. 13, 1109–1113(1979).
DallaBetta, R., McCune, R., and Sprys, J., “Relative Importance of Thermal and Chemical Deactivation of Noble Metal Automotive Oxidation Catalysts,” Ind. Eng. Chem. Prod. Res. & Dev. 15, 169–172 (1976).
Kuroda, H., Nakajima, Y., Sugihara, K., Takagi, Y., and Muranaka, S., “The Fast Burn with Heavy EGR: New Approach for Low NOx and Improved Fuel Economy,” SAE paper 780006, February (1978).
Harada, M., Kadota, T., and Sugiyama, Y., “Nissan NAPS ‘Z’ Engine Realizes Better Fuel Economy and Low NOX Emissions,” SAE paper 810010, February (1981).
Harned, J., and Montgomery, D., “Comparison of Catalyst Substrates for Catalytic Converter Systems” SAE paper 730561, May (1973).
Bagley, R., Domain, R., and Duke, D., “Multicellular Ceramics as Catalyst Supports for Controlling Automotive Emissions,” SAE paper 730274, January (1973).
Zemke, B., and Gumbleton, J., “General Motors Progress Towards the Federal Research Objective Emission Levels,” SAE paper 800398, February (1980).
Shelef, M., and Gandhi, H., “Ammonia Formation in Catalytic Reduction of Nitric Oxide by Molecular Hydrogen,” Ind. Eng. Chem. Prod. Res. and Dev. 11, 393–396 (1972).
Shelef, M., and Gandhi, H., “The Reduction of Nitric Oxide in Automobile Emissions, Stabilization of Catalysts Containing Ruthenium,” Platinum, Metals Rev. 18, 2–14 (1974).
Barnes, G., Klimisch, R., and Krieger, B., “Equilibrium Considerations in Catalytic Emission Control,” SAE paper 730200, January (1973).
Dueker, H., Friese, K., Haecker, W., “Ceramic Aspects of Bosch Lambda-Sensor,” SAE paper 750223, February (1975).
Tien, T., Stadler, H., Gibbons, E., and Zacmanidis, P., “TiO2 as an Air-to-Fuel Ratio Sensor for Automobile Exhausts,” Bull., Amer. Ceramic Soc, 54, 280–282 (1975).
Wallman, S., “Development of the Volvo Lambda Sond System,” SAE paper 770295, March (1977).
Hammerle, R., and Wu, C., “Three-Way Catalyst Performance Characterization,” SAE paper 810275, February (1981).
Kaneko, Y., Kaneko, H., Kobayashi, H., Komagome, R., Hirako, O., and Nakoyama, O., “Air Fuel Ratio Modulation and Conversion Efficiency of Three-Way Catalysts,” SAE paper 780607, June (1978).
Foster, J., Murrell, J., and Loos, S., “Light-Duty Automotive Fuel Economy Trends,” SAE paper 810386, February (1981).
Federal Register Vol. 37, No. 221, November (1972); Federal Register Vol. 41, No. 101, May (1976).
Federal Register Vol. 45, No. 14, January (1980).
Notice of Intent, Enviromental Protection Agency, April 6, 1981. See also Federal Register Vol. 46, No. 70, April 13, 1981.
Wagner, T., Lawrence, D., and Plautz, D., “Diesel: Miles per Barrel,” Hydrocarbon Process., 199-204 January (1981).
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Kummer, J.T. (1984). Fuel Economy and Emissions. In: Hilliard, J.C., Springer, G.S. (eds) Fuel Economy. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-2277-9_2
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DOI: https://doi.org/10.1007/978-1-4899-2277-9_2
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