A Feasibility Evaluation of a Thermal Plasma Fuel Reformer for Supplemental Hydrogen Addition to Internal Combustion Engines

J. W. Virden; J. E. Surma; L. Bromberg; A. Rabinovich; D. R. Cohn; J. S. Armfield

doi:10.4271/1999-01-2239

1999-04-26

A Feasibility Evaluation of a Thermal Plasma Fuel Reformer for Supplemental Hydrogen Addition to Internal Combustion Engines 1999-01-2239

One scenario for reducing engine out NO_x in a spark ignition engine is to introduce small amounts of supplemental hydrogen to the combustion process. The supplemental hydrogen enables a gasoline engine to run lean where NO_x emissions are significantly reduced and engine efficiency is increased relative to stoichiometric operation.

This paper reports on a mass and energy balance model that has been developed to evaluate the overall system efficiencies of a thermal reformer-heat exchanger system capable of delivering hydrogen to the air intake of a gasoline engine. The mass and energy balance model is utilized to evaluate the conditions where energy losses associated with fuel reformation may be offset by increases in engine efficiencies.

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A Feasibility Evaluation of a Thermal Plasma Fuel Reformer for Supplemental Hydrogen Addition to Internal Combustion Engines 1999-01-2239

SAE MOBILUS