Fuel vaporization systems for vaporizing liquid fuel
AssigneeMag Ultra Phase, LLC
InventorDouglas Magyari
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Abstract
One aspect of the present invention is a system for vaporizing liquid fuel which utilizes photonic energy and minimal thermal energy. The system generally comprises a fuel delivery system for delivering liquid fuel and a vaporization system for vaporizing liquid fuel delivered by the fuel delivery system. The vaporization system provides a vaporized fuel temperature of at least about 5 degrees cooler than the ambient temperature of air adjacent to the vaporization system. Another aspect of the present invention relates to systems for altering and controlling the chemical makeup of fuels and chemical processing of fuels and other compounds.
Claims13
A system for vaporizing liquid fuel, the system comprising:
- a fuel delivery system for delivering liquid fuel;
- a vaporization system for vaporizing liquid fuel delivered by the fuel delivery system, the vaporization system providing a vaporized fuel temperature of at least about 5 degrees cooler than the ambient temperature of air adjacent to the vaporization system,
- wherein the vaporization system is comprised of:
- a backing plate having a surface with an indentation;
- a transmissive plate having a surface which is connected to the surface of the backing plate and forms a vaporization chamber bounded by a portion of the surface of the transmissive plate and the indentation, the vaporization chamber having an inlet for liquid fuel and an outlet for exiting vaporized fuel;
- and
- at least one laser source for imparting an energy beam through the transmissive plate and onto a portion of the vaporization chamber to vaporize liquid fuel flowing through the portion of the vaporization chamber to obtain vaporized fuel which exits the outlet of the vaporization chamber.
A system for processing chemical compounds, the system comprising:
- a backing plate having a surface with an indentation;
- a transmissive plate having a surface which is connected to the surface of the backing plate and forms a vaporization chamber bounded by a portion of the surface of the transmissive plate and the indentation, the vaporization chamber having an inlet for a chemical compound and an outlet for exiting of an at least one altered chemical compound;
- and
- at least one laser source for imparting an energy beam through the transmissive plate and onto a portion of the vaporization chamber to alter the chemical compound present at the portion of the vaporization chamber to obtain the at least one altered chemical compound which exits the outlet of the vaporization chamber at a temperature of at least about 5 degrees cooler than the ambient temperature of air adjacent to the outlet.
Dependencies are inferred from the claim text.