Development Of Catalyctic Converter For Unleaded Gosaline Program In Indonesia

Authors

  • Oberlin Sidjabat
  • E. Jasjfi

DOI:

https://doi.org/10.29017/SCOG.21.1.952

Keywords:

Catalyctic, Gosaline, population

Abstract

Recent economic development in Indonesia, as in other ASEAN countrie, has resulted in improved prosperity as reflected by the significant increase in the numbers of motor vehicles, particulary in big cities. This growth in car population and traffic is unfortunately accompanied by increase in not only of the country’s energy consumption but also increased air pollution. Almost 70% of atmospheric pollution in big cities is reported to be contributed by motor vehicles.In view of this situation, the Government of Indonesia has launched the “Blue Sky program†and introduced unleaded gasoline. Indonesia manufacturing industries have responded also by designing “nationalautomobiles†to be fabricated in Indonesia, and to run with unleaded gasoline. Some of these vehicles will be equipped with catalytic converters to reduce exhaust gas emissions.In support of this program, LEMIGAS R/D Center for Oil and Gas Technology is developingits-own catalytic converters that can be fitted into these cars. The work carried out toward this end is outlined briefly in this paper

References

Brauer, H., 1993, “Air Pollution Control in Large Citiesâ€, Int. Chem. Eng., 33, 402

Chiron, M., 1987, Effects of Motor Vehicle Pollutants on Health, Catalysis and Automotive Polution Control 1987, A. Crucq and a. Frennet (Eds), Elsevier Science Publishers, Amsterdam, p.1.

de Jong, K.P., Bosch, W., and Morgan, T.D.B., 1995, “Catalysis and Automotive Pollution Control IIIâ€, Stud. In Surf. Sci. Catal., Vol 96, 15.

Fumabiki, M., Yamada, T., and Kayano, K., 1991, “Auto Exhaust Catalystsâ€, Catal. Today, 10 33.

Gushee, D.E., 1992, “Alternative Fuels for Carsâ€, Chem. Tech., August 470.

Heck, R. and Farrauto, R., 1996, “Automotive Catalystsâ€, Automotive Eng., Feb

Hightower, J.W., 1976, Catalysts for Automobile Emission Control, Preparation of Catalyst I, B. Delmon and G. Poncelet (Eds), Elsevier Publisher, Amsterdam, p. 615.

Howit, J.S., 1987, Advances in Automotive Catalysts Suppotsd, Catalysis and Automotive Pollution Control 1987, Effects of Motor Vehicle Pollutants on Health, A. Crucq and A. Frennet (Eds), Elsevier Science Publishers, Amsterdam, p.301.

Harkonen, M., Kivioja, M., Slotte, T., Lylykangas, R., Vakkilainen, A. And Torkell, K., “Advanced Metallic Three-Way Catalysts with Opyimized Washcoat Performanceâ€, SAE 960560.

Koehl, W. J., Benson, J.D., Burns, V., Gorse, R.A., Hochhauser, A.M. and Rauter, R.M., “Effect of Gosaline Composition and Properties on Vehicle Emissions: A Review of Prior Studies - Auto/Oil Air Quality Improvenment Research Programâ€, SAE 912321.

Nakajima, F., 1991, “Air Pollution control with Catalysis – Past, Present and Futureâ€, Catal. Today, 10, 1.

Schoonveld, G.A. and Marshall, W.F., 1973 to 1989, “The Total Effect of a Reformulated Gasoline on Vehicle Emissions by Technologyâ€, SAE 910380

Taylor, K.C., 1984, “Automobile Catalytic Converter, Catalysisâ€, Science and Technology, Vol. 5, J.R. Anderson and M. Boudart (Eds), Springer-Verlag, Berlin, p.120

Taylor, K.C., 1980, “Catalysts in Carâ€, Chem. Tech., 551.

Downloads

Issue

Section

Articles