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A gas dispenser includes a reservoir for holding a liquid, and a chamber in communication with the reservoir. The chamber receives the liquid, and a micro power source generates energy for conversion of the liquid disposed in the chamber. A nozzle defining an orifice in selective communication with

A gas dispenser includes a reservoir for holding a liquid, and a chamber in communication with the reservoir. The chamber receives the liquid, and a micro power source generates energy for conversion of the liquid disposed in the chamber. A nozzle defining an orifice in selective communication with the chamber. The nozzle is used to release the converted liquid from the chamber through the orifice.

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That which is claimed is: 1. A gas dispenser, comprising: a reservoir being configured to hold a liquid; a chamber in communication with the reservoir, the chamber being configured to receive the liquid; a micro power source being configured to generate energy for conversion of the liquid disposed

That which is claimed is: 1. A gas dispenser, comprising: a reservoir being configured to hold a liquid; a chamber in communication with the reservoir, the chamber being configured to receive the liquid; a micro power source being configured to generate energy for conversion of the liquid disposed in the chamber to a gas; a nozzle defining an orifice therethrough in selective communication with the chamber, the nozzle being configured for releasing the gas from the chamber through the orifice; an electrical device in communication with the micro power source wherein the electrical device comprises an electrostatic charger, the electrostatic charger being configured to generate electrostatically charged droplets within the gas; a delivery portion configured to release the gas to the user; and wherein the electrostatic charger is located adjacent to and in open communication with the delivery portion. 2. The gas dispenser as defined in claim 1, wherein the liquid is selected from the group consisting of a quantity of water, a quantity of medicine, a quantity of fragrance and combinations thereof. 3. The gas dispenser as defined in claim 1, wherein the micro power source is configured to generate about 0.2 W to about 200 W. 4. The gas dispenser as defined in claim 1, wherein the micro power source is a fuel cell having a fuel cartridge and a combustion chamber, the fuel cartridge being configured to hold a supply of fuel, the combustion chamber being configured to receive and combust the fuel to generate the energy. 5. The gas dispenser as defined in claim 4, wherein the supply of fuel is adapted for generating an electrochemical reaction to generate the energy. 6. The gas dispenser as defined in claim 4, wherein the fuel cartridge is configured to be refillable with a replacement supply of fuel. 7. The gas dispenser as defined in claim 4, wherein the fuel cartridge is a replaceable fuel cartridge. 8. The gas dispenser as defined in claim 1, wherein the micro power source is a microturbine engine including a plurality of diffuser vanes and a plurality of compressor blades, the plurality of compressor blades being configured for rotation about the diffuser vanes to generate the energy. 9. The gas dispenser as defined in claim 1, further comprising an actuator connected to the reservoir for controlling a quantity of the liquid delivered to the chamber. 10. The gas dispenser as defined in claim 9, wherein the quantity of the liquid delivered to the chamber is a dose of medicine. 11. The gas dispenser as defined in claim 1, further comprising a controller in communication with the micro power source, the controller being configured to activate the micro power source to generate the energy. 12. The gas dispenser as defined in claim 11, wherein the controller is a conductivity contact being configured to activate the micro power source by a user touch. 13. The gas dispenser as defined in claim 1, further comprising an electrical device in communication with the micro power source, the electrical device disposed proximate the chamber and configured for converting the liquid to the gas. 14. The gas dispenser as defined in claim 13, wherein the electrical device is a heating element, the heating element being configured to heat the liquid into the gas. 15. The gas dispenser as defined in claim 1 further comprising a regulator interposed between the chamber and the orifice, the regulator being configured to release the gas from the chamber through the orifice. 16. The gas dispenser as defined in claim 1, further comprising a membrane defining a plurality of holes therethrough, the membrane disposed proximate the chamber, the holes being configured to convert at least a portion of the liquid into an aerosol for release through the orifice. 17. A gas dispenser, comprising: a first reservoir being configured to hold a first liquid; a second reservoir being configured to hold a second liquid; a chamber in communication with the first and the second reservoirs, the chamber being configured to receive the first and the second liquids; a micro power source being configured to generate energy for conversion of at least one of the first and the second liquids disposed in the chamber into a gas; a nozzle defining an orifice therethrough in selective communication with the chamber, the nozzle being configured for releasing the gas from the chamber through the orifice; an electrical device in communication with the micro power source wherein the electrical device comprises an electrostatic charger, the electrostatic charger being configured to generate electrostatically charged droplets within the gas; a delivery portion configured to release the gas to the user; and wherein the electrostatic charger is located adjacent to and in open communication with the delivery portion. 18. The gas dispenser as defined in claim 17, wherein the first liquid is selected from the group consisting of a quantity of water, a quantity of fragrance and combinations thereof. 19. The gas dispenser as defined in claim 17, wherein the second liquid is selected from the group consisting of a quantity of water, a quantity of fragrance, a quantity of cleaning solution, a quantity of wax and combinations thereof. 20. The gas dispenser as defined in claim 17, wherein the micro power source is configured to generate about 0.2 W to about 200 W. 21. The gas dispenser as defined in claim 17, wherein the micro power source is a fuel cell having a fuel cartridge and a combustion chamber, the fuel cartridge being configured to hold a supply of fuel, the combustion chamber being configured to receive and combust the fuel to generate the energy. 22. The gas dispenser as defined in claim 21, wherein the supply of fuel is adapted for generating an electrochemical reaction to generate the energy. 23. The gas dispenser as defined in claim 21, wherein the fuel cartridge is configured to be refillable with a replacement supply of fuel. 24. The gas dispenser as defined in claim 21, wherein the fuel cartridge is a replaceable fuel cartridge. 25. The gas dispenser as defined in claim 17, wherein the micro power source is a microturbine engine being configured to generate the energy. 26. The gas dispenser as defined in claim 17, further comprising a controller in communication with the micro power source, the controller being configured to activate the micro power source to generate the energy. 27. The gas dispenser as defined in claim 26, wherein the controller is a conductivity contact being configured to activate the micro power source by a user touch. 28. The gas dispenser as defined in claim 17, further comprising an electrical device in communication with the micro power source, the electrical device disposed proximate the chamber and configured for converting at least one of the first and the second liquids into the gas. 29. The gas dispenser as defined in claim 28, wherein the electrical device is a heating element. 30. The gas dispenser as defined in claim 28, wherein the electrical device is an electrostatic charger, the electrostatic charger being configured to generate electrostatically charged droplets from at least one of the first and the second liquids. 31. The gas dispenser as defined in claim 17, further comprising a regulator interposed between the chamber and the orifice, the regulator being configured to release the gas from the chamber through the orifice. 32. A gas dispenser, comprising: a reservoir being configured to hold a liquid; a chamber in communication with the reservoir, the chamber being configured to receive a quantity of the liquid; an actuator connected to the reservoir for dosing the quantity of the liquid to the chamber; a micro power source being configured to generate energy for conversion of the liquid disposed in the chamber into an aerosol; a nozzle defining an orifice therein, the nozzle in selective communication with the chamber, the nozzle being configured for releasing the aerosol from the chamber through the orifice; an electrical device in communication with the micro power source wherein the electrical device comprises an electrostatic charger, the electrostatic charger being configured to generate electrostatically charged droplets in the aerosol; a delivery portion configured to release the aerosol to the user; and wherein the electrostatic charger is located adjacent to and in open communication with the delivery portion. 33. The gas dispenser as defined in claim 32, wherein the liquid is selected from the group consisting of a quantity of water, a quantity of medicine, a quantity of flavorant and combinations thereof. 34. The gas dispenser as defined in claim 32, wherein the micro power source is configured to generate about 0.2 W to about 200 W. 35. The gas dispenser as defined in claim 32, wherein the micro power source is a fuel cell having a fuel cartridge and a combustion chamber, the fuel cartridge being configured to hold a supply of fuel, the combustion chamber being configured to receive and combust the fuel to generate the energy. 36. The gas dispenser as defined in claim 35, wherein the supply of fuel is adapted for generating an electrochemical reaction to generate the energy. 37. The gas dispenser as defined in claim 35, wherein the fuel cartridge is configured to be refillable with a replacement supply of fuel. 38. The gas dispenser as defined in claim 35, wherein the fuel cartridge is a replaceable fuel cartridge. 39. The gas dispenser as defined in claim 35, further comprising a controller in communication with the micro power source, the controller being configured to activate the micro power source to generate the energy. 40. The gas dispenser as defined in claim 39, wherein the controller is a conductivity contact being configured to activate the micro power source by a user touch. 41. The gas dispenser as defined in claim 35, further comprising an electrical device in communication with the micro power source, the electrical device disposed proximate the chamber and configured for converting the liquid into the aerosol. 42. The gas dispenser as defined in claim 41, wherein the electrical device is a heating element, the heating element being configured to convert at least a portion of the aerosol into steam. 43. The gas dispenser as defined in claim 35, further comprising a regulator interposed between the chamber and the orifice, the regulator being configured to release the gas from the chamber through the orifice. 44. The gas dispenser as defined in claim 35, further comprising a membrane defining a plurality of holes therethrough, the membrane disposed proximate the chamber, the holes being configured to convert at least a portion of the liquid into the aerosol for release through the orifice. 45. The gas dispenser as defined in claim 35, further comprising a mouthpiece disposed proximate the orifice, the mouthpiece being configured for a user to inhale the aerosol from the orifice into a mouth of the user. 46. The gas dispenser as defined in claim 45, wherein the mouthpiece is a mask being configured for placement over the mouth for the user to inhale the aerosol.