초록 ▼

Internal combustion engines generally suffer from inadequate time to completely combust all the fuel in a given cycle. Therefore, any method for increasing the rate and completion of combustion is welcomed. A large excess of electrons are admitted to the combustion zone attached to a fine water drop

Internal combustion engines generally suffer from inadequate time to completely combust all the fuel in a given cycle. Therefore, any method for increasing the rate and completion of combustion is welcomed. A large excess of electrons are admitted to the combustion zone attached to a fine water droplet spray. The charged spray enters through the air intake valves at the beginning of the intake stroke. The charged spray becomes well mixed with the charge of air prior to fuel injection and the well mixed electrons provide for catalytic action. Electron catalyzed combustion reactions occur faster and at lower temperatures. The lower temperature reduces NOx and the faster burning increases efficiency and reduces soot formation. The catalytic benefits of charged water fumigation is only observed once the electron concentration exceeds a threshold value.

대표청구항 ▼

What is claimed is: 1. A method of increasing efficiency and reducing emissions of a compression ignition engine having an air intake passageway and a fuel injector separate from said air intake passageway comprising introducing water droplets, predominately of negatively charged water, through sai

What is claimed is: 1. A method of increasing efficiency and reducing emissions of a compression ignition engine having an air intake passageway and a fuel injector separate from said air intake passageway comprising introducing water droplets, predominately of negatively charged water, through said air intake passageway of said compression ignition engine, enabling the water droplets to arrive at the bottom of a compression stroke, said water droplets having a negative charge density that is high enough to effectively produce an increase in engine efficiency. 2. The method of claim 1 wherein said water droplets have a negative charge density of greater than 0.3 Coulombs/cubic meter. 3. The method of claim 2 wherein said water droplets have a mean diameter below 80 microns. 4. The method of claim 3 wherein said water droplets have alcohol dissolved therein. 5. The method of claim 4 wherein said alcohol is ethanol. 6. The method of claim 1 wherein said water droplets have alcohol dissolved therein. 7. The method of claim 6 wherein said alcohol is ethanol. 8. A method of increasing efficiency and reducing emissions of a compression ignition engine having a combustion chamber and a piston, an air intake passageway for introducing air into said combustion chamber during a down stroke of said piston, a fuel injector, separate from said air intake passageway, for injecting fuel into said combustion chamber at the top of a compression stroke following said down stroke, said method comprising introducing a fine spray of water droplets predominately of negatively charged water into said combustion chamber during said down stroke of said piston and wherein said negatively charged water droplets have a negative charge density greater than 0.3 Coulombs/cubic meter and wherein said negatively charged water droplets have a mean particle size below 80 microns. 9. The method of claim 8 wherein said negatively charged water droplets have ethanol dissolved therein.