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The Passenger Car and the Greenhouse Effect
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Abstract
Concern is mounting over the possibility of global warming from the greenhouse effect. Carbon dioxide from the combustion of fossil fuel is a major greenhouse gas, and automobile exhaust is one of its contributors. The only way to decrease carbon dioxide emissions from a car consuming carbonaceous fuel is to decrease its fuel consumption. The best alternative fossil fuels offer a carbon dioxide reduction of about 20%. Without introducing any new greenhouse-gas controls, it is projected that the total greenhouse-gas contribution of the average car will be halved from recent levels just through fleet turnover and already planned elimination of the current air-conditioning refrigerant. If global warming develops into a serious problem, cars can be operated without fossil fuel. Leading options include battery-electric cars using nuclear power and engine-propelled cars burning biomass-derived alcohol or hydrogen extracted from water with solar cells or nuclear power.
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Amann, C., "The Passenger Car and the Greenhouse Effect," SAE Technical Paper 902099, 1990, https://doi.org/10.4271/902099.Also In
References
- Wuebbles D. J. Edmonds J. “A Primer on Greenhouse Gases,” March 1988
- U.S. Department of Energy “A Compendium of Options for Government Policy to Encourage Private Sector Responses to Potential Climate Changes,” Oct 1989
- Davis S. C. Shonka D. B. Anderson-Batiste G. J. Hu P. S. “Transportation Energy Data Book,” Oak Ridge National Laboratory Sept 1989
- Energy Information Administration “International Energy Annual, 1987,” 1987
- Unnasch S. Moyer C. B. Lowell D. D. Jackson M. D. “Comparing the Impact of Different Transportation Fuels on the Greenhouse Effect,” Acurex Corporation report California Energy Commission March 1989
- Longwell J. P. “U.S. Production of Liquid Transportation Fuels: Costs, Issues and Research and Development Directions,” MIT Conference on Energy and the Environment in the 21st Century 1 March 26-28 1990 A-20 40
- Ramanathan V. Cicerone R. J. Singh H. B. Kiehl J. T. “Trace Gas Trends and Their Potential Role in Climate Change,” J. of Geophysical Research 90 1985 5547 5566
- Reed D. “Chlorofluorocarbon Phase-Out,” Automotive Engineering Nov 1987 43 45 46
- Motor Vehicle Manufacturers Association “MVMA Facts and Figures '89,” MVMA Detroit, MI 1989 52
- Choucri N. “Demographic Issues: Crucial Dimensions of Global Environmental Change,” MIT Conference on Energy and the Environment in the 21st Century 1 March 1990 P-101 120
- Gray P. E. Tester J. W. Wood D. O. “Energy Technology: Problems and Solutions,” MIT Conference on Energy and the Environment in the 21st Century 1 March 1990 P-121 150
- Abelson P. H. “Technology and Environment,” Science 246 Oct 27 1989 429
- U.S. Department of Energy “Energy Technologies & the Environment,” Oct 1988
- Till C. E. “Advanced Reactor Development,” Annals of Nuclear Energy 16 1989 301 305
- U.S. Department of Energy “Electric and Hybrid Vehicle Program,” Feb 1989
- Hietbrink E. H. Winebrener G. L. Witherspoon R. R. “Dual Battery Electric Powerplant,” SAE Transactions 80 1971 907 914
- Swan D. H. “Fuel Cell Powered Electric Vehicles,” SAE Paper 891724 1989
- Sperling D. “New Transportation Fuels,” University of California Press Berkeley, CA 1988
- Trinidade S. C. “Non-Fossil Transportation Fuels: The Brazilian Sugarcane Ethanol Experience,” MIT Conference on Energy and the Environment in the 21st Century 1 March 36-28 1990 A-132 150
- Ogden J. M. Williams R. H. “Solar Hydrogen: Moving Beyond Fossil Fuels,” World Resources Institute Washington, DC 1989