NOVELTY - The system comprises a refrigerant cooling phase transformation system such as a liquefied or solidified refrigerant heat sink production system (20), a fuel production system such as a thermal gasification system (60), a solar energy capture system, and a fired heater (42). The refrigerant cooling phase transformation system comprises a refrigerant cooling phase transformer (22) that produces a first waste heat, and a first heat exchanger (26) that is present in communication with the cooling phase transformer and is dimensioned to absorb the first waste heat from the transformer.    USE - The system is useful for producing fuel such as methanol, methane and ethanol using waste heat produced from the liquefied or solidified heat sink refrigerant for a motor vehicle engines, home environmental controls and industrial manufacturing.    ADVANTAGE - The system is capable of rapidly producing the fuel using the waste heat with improved photo-voltaic panel efficiency, and reduces the loss of waste heat in liquefied or solidified heat sink refrigerant production.    DETAILED DESCRIPTION - The system comprises a refrigerant cooling phase transformation system such as a liquefied or solidified refrigerant heat sink production system (20), a fuel production system such as a thermal gasification system (60), a solar energy capture system, and a fired heater (42). The refrigerant cooling phase transformation system comprises a refrigerant cooling phase transformer (22) that produces a first waste heat, and a first heat exchanger (26) that is present in communication with the cooling phase transformer and is dimensioned to absorb the first waste heat from the transformer. The fuel production system is present in thermal communication with the first waste heat from the first heat exchanger, and comprises a chemical process unit for producing a fuel using an endothermic reaction. The first waste heat from the first heat exchanger is used as activation energy for the endothermic reaction. The refrigerant cooling phase transformer of the cooling phase transformation system consists of a gas liquefier and a fluid solidifier, and comprises a first liquid water supply (28) present in communication with the first heat exchanger such that the first liquid water supply supplies a first liquid water to the heat exchanger. The first heat exchanger of the cooling phase transformation system is dimensioned to transfer the first waste heat to the first liquid water such that the first liquid water changes phase to become a first steam. The solar energy capture system comprises a solar panel that produces a second waste heat, a second heat exchanger present in communication with the solar panel such that the second heat exchanger absorbs the second waste heat, and a second liquid water supply present in communication with the second heat exchanger such that the second liquid water supply supplies a second liquid water to the second heat exchanger. The second heat exchanger of the solar energy capture system is present in fluid communication with the first heat exchanger and the fuel production system such that the first waste heat and the second waste heat are combined to form a combined waste heat and such that the combined waste heat is used as activation energy for the endothermic reaction, and is dimensioned to transfer the second waste heat to the second liquid water such that the second liquid water changes phase to become a second steam. The solar panel is a photo-voltaic panel that produces electricity that is present in electrical communication with the refrigerant cooling phase transformation system. The fired heater is present in fluid communication with the first heat exchanger and/or the second heat exchanger, and is dimensioned to transfer additional heat to the first steam and/or the second steam. The chemical process unit of the fuel production system comprises a source of carbon, a source of oxygen, a gasifier that is present in communication with the source of carbon and the source of oxygen and in thermal communication with the first waste heat and the combined waste heat and is dimensioned and arranged to produce a synthesis gas product using the first waste heat and combined waste heat as activation energy for the endothermic reaction, a purifier that is present in communication with the gasifier such that the synthesis gas product of the gasifier is supplied to the purifier and is dimensioned and arranged to produce a purified synthesis gas product, a synthesis reactor that is present in communication with the purifier such that the purified synthesis gas product of the purifier is supplied to the synthesis reactor and is dimensioned and arranged to produce the fuel in a gaseous state from the purified synthesis gas product, and a condensing unit that is arranged for condensing fuel from a gaseous state into a liquid state and is present in fluid communication with the synthesis reactor. The source of carbon is a bio-mass. The system further comprises a gas turbine present in communication with a source of a working fluid such as atmospheric air, and a chiller present in communication with the atmospheric air. The gas turbine comprises a working fluid compressor. The fluid solidifier is dimensioned and arranged such that the solidified refrigerant cools the atmospheric air entering the working fluid compressor of the gas turbine. A liquid refrigerant melted from the solidified refrigerant and/or a gaseous refrigerant sublimated from the solidified refrigerant is present in communication with and cools the chiller. The chiller cools the atmospheric air entering the working fluid compressor of the gas turbine. An INDEPENDENT CLAIM is included for a method for using waste heat from a refrigerant cooling phase transformation system as activation energy for a fuel production system that uses an endothermic reaction to produce a fuel.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a system including a liquefied or solidified heat sink refrigerant system and a thermal gasification system.    Liquefied or solidified heat sink refrigerant production system (20)    Refrigerant cooling phase transformer (22)    First heat exchanger (26)    First liquid water supply (28)    Fired heater (42)    Thermal gasification system. (60)