Eaton Corporation

Kenneth P Waichunas

Lyle O Hoppie

Richard Chute

David H Scharnweber

An arrangement and method is disclosed for enabling hypergolic combustion of a fuel mixture in the combustion chamber of a combustion device such as an internal combustion engine by irradiation of the fuel and/or of the fuel-air mixture with a beam of ultraviolet radiation to produce disassociation of a relatively high proportion of the fuel molecules to enable hypergolic combustion. Various arrangements are disclosed for accomplishing UV irradiation of the fuel in the context of an internal combustion piston engine, and a mercury vapor lamp or a laser are alternatively employed as a UV beam generator.

UV irradiation apparatus and method for fuel pretreatment enabling

A method and apparatus are disclosed for pretreating fuel prior to its injection into a combustion chamber to a critical level of activation to enable negligible ignition delay and substantially instantaneous completion of the combustion process. Each quantity of fuel is treated in a plurality of phases to achieve the critical level of fuel activation by the combined effect of each, with fuel heating combined with one or more further activation treatment phases, including catalysis, UV irradiation, or passing each quantity of the fuel through an electrical discharge to thereby enable hypergolic combustion by a combination of the effects thereof.

Method and apparatus for multiphasic pretreatment of fuel to achieve

An apparatus and method are disclosed for pretreatment of fuel prior to injection into the combustion chamber of a combustion device such as an internal combustion engine comprising heating of the fuel to a sufficiently high temperature to activate the fuel molecules to a critical degree enabling 'hypergolic' combustion, i.e., combustion without significant ignition or combustion delay. The fuel is circulated through a vessel passing through the combustion chamber which is insulated to reduce heat loss such as to regeneratively preheat the fuel to a temperature on the order of 1000.degree. F. Regenerative heating of the fuel is alternatively combined with a catalytic treatment of the heated fuel to partially activate the fuel molecules to reduce the heating necessary to achieve hypergolic combustion.

Regenerative fuel heating apparatus and method for hypergolic combustion

A method and apparatus are disclosed for rapidly heating vaporized fuel to elevated temperatures prior to its injection into a combustion chamber to achieve negligible ignition delay and substantially instantaneous completion of the combustion process. Heating of the fuel is initiated by preheating each quantity of fuel with heat extracted from the engine exhaust, and the preheated fuel is vaporized and subsequently rapidly heated to a high temperature by being adiabatically compressed immediately prior to injection into the combustion chamber. The fuel activation effect of compressive heating is alternatively augmented by contact of the fuel with a catalytic material, to achieve hypergolic combustion by a combination of catalysis and heating.

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Milford, MI, United States of America

Kenneth P Waichunas