Business methods of renewable hydrocarbon-based fuel
First Claim
1. A business process where hydrogen-depleted carbon, a fuel byproduct, that is removed from one or more pumped-ion, electrochemical engines, or a similar device derived therefrom, is used either directly or indirectly to supply carbon that is used as a reactant in one or more solar-powered, liquid-hydrocarbon-fuel synthesizers, or a similar device derived therefrom, said reuse of the carbon thereby yielding a renewable, hydrocarbon-based fuel supply,and/or where said hydrogen-depleted carbon, that is removed from one or more pumped-ion, electrochemical engines, or a similar device derived therefrom, is used as a raw material in another production or product having economic value,and/or where hydrogen-depleted carbon, that is removed from other devices that collect the byproduct, is used to supply carbon that is used as a reactant in one or more solar-powered, liquid-hydrocarbon-fuel synthesizers, or a similar device derived therefrom,such that said business process of reusing the carbon produces a variety of monetary or other economic benefits while reducing greenhouse gas emissions.
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Abstract
A business process where hydrogen-depleted carbon, a fuel byproduct, that is removed from pumped-ion, electrochemical engines, or a similar device derived therefrom, is used directly or indirectly to supply carbon that is used as a reactant in solar-powered, liquid-hydrocarbon-fuel synthesizers, or a similar device derived therefrom, the reuse of the recovered carbon thereby yielding a renewable supply of hydrocarbon-based fuel. The synthesized fuel produced by the solar-powered, liquid-hydrocarbon-fuel synthesizers is converted to useful work by the pumped-ion, electrochemical engines. Little to no carbon dioxide gas is exhausted into the atmosphere when solar energy is the sole source of process heat used by the synthesizer.
6 Citations
11 Claims
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1. A business process where hydrogen-depleted carbon, a fuel byproduct, that is removed from one or more pumped-ion, electrochemical engines, or a similar device derived therefrom, is used either directly or indirectly to supply carbon that is used as a reactant in one or more solar-powered, liquid-hydrocarbon-fuel synthesizers, or a similar device derived therefrom, said reuse of the carbon thereby yielding a renewable, hydrocarbon-based fuel supply,
and/or where said hydrogen-depleted carbon, that is removed from one or more pumped-ion, electrochemical engines, or a similar device derived therefrom, is used as a raw material in another production or product having economic value, and/or where hydrogen-depleted carbon, that is removed from other devices that collect the byproduct, is used to supply carbon that is used as a reactant in one or more solar-powered, liquid-hydrocarbon-fuel synthesizers, or a similar device derived therefrom, such that said business process of reusing the carbon produces a variety of monetary or other economic benefits while reducing greenhouse gas emissions.
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8. A business process where water vapor, which is produced by said pumped-ion, electrochemical engine, or by fuel cells, internal combustion engines or other gas expansion devices that produce work, is not exhausted, but is instead condensed and held in a reservoir until it is removed therefrom, and is reused for the production of a renewable hydrogen-based fuel or for any other use or purpose having value.
- 11. A business process where the value of land is increased by advertising or otherwise communicating its suitability for installation of an array of heliostats that reflect sunlight onto one or more solar-powered, liquid-hydrocarbon-fuel synthesizers, or devices derived therefrom, the increase in value of said land directly or indirectly deriving from the economic value of the fuel, renewable fuel, or other product that might be produced by solar-powered, liquid-hydrocarbon-fuel synthesizers, or a use in combination with said heliostat array, when suitability for a dual use derives from lower ground surface temperatures or an increase in the availability of water that might result as a consequence of the installation of said solar-powered, liquid-hydrocarbon-fuel synthesizer or synthesizers and surrounding heliostats.
Specification