NOVELTY - A complete process of waste materials, coal, used tires and biomass conversion to alternative energy and synthetic fuels solutions system with carbon dioxide capture and liquefaction involves plasma gasification of municipal waste solid waste, coal, used tires and biomass into syngas; and addition of water gas shift for hydrogen production for syngas composition enrichment, fuel upgrade and commercial use, to give hydrogen sulfide. The syngas is subjected to syngas cleanup system; and then subjected to dry scrubbing with limestone injectors for mercury and sulfur oxide control.    USE - For converting waste materials, coal, used tires and biomass to alternative energy and synthetic fuels solutions system with carbon dioxide capture and liquefaction, used in gas turbine electrical generators for plant and equipment users; as substitute natural gas clean syngas piped for processing in Fischer Tropsch reactors for clean hydrocarbon fuels including diesel and jet fuel; and as a substitute for natural gas, and for other commercial/industrial applications including the conversion to compressed natural gas compressed natural gas (CNG) (claimed).    ADVANTAGE - The addition of gas turbine generators, which feds by system generated syngas, supplies internal electrical power for the plasma torches and others electrical users within the whole system. The process generates clean syngas with H2:CO ratio of over 1 that exceeds the required syngas composition essential for Fischer Tropsch (FT) synthesis, thus enabling the production of ultra clean Fischer Tropsch synthetic fuels.    DETAILED DESCRIPTION - A complete process of waste materials, coal, used tires and biomass conversion to alternative energy and synthetic fuels solutions system with carbon dioxide capture and liquefaction involves plasma gasification of municipal waste solid waste, coal, used tires and biomass into syngas; and addition of the water gas shift for hydrogen production for syngas composition enrichment, fuel upgrade and commercial use, to give hydrogen sulfide. The syngas is subjected to syngas cleanup system beginning with packed wet scrubbers with sodium hydroxide solution for hydrochloric acid (HCl) removal; and then subjected to dry scrubbing with limestone injectors for mercury and sulfur oxide control. Absorber vessel is used for particulate matter, hydrogen sulfide (H2S) and carbonyl sulfide (COS) removal. Cold methanol is used for methane (CH4) control and carbon dioxide (CO2) capture. Captured CO2 is used for compressing to a minimum of 5.1 atmosphere (atm), at temperature below 87 degrees F, liquefied, stored, and sold for commercial applications. Clean syngas comprising hydrogen and carbon monoxide generated in the process is piped to run gas turbine electrical generators for plant and equipment users. An INDEPENDENT CLAIM is included for an acid gas cleanup system comprising of packed bed wet scrubbers with sodium hydroxide solution for hydrochloric acid removal dry scrubbers with limestone/hydrated lime injectors for mercury and sulfur oxide control, cold methanol as a solvent in dissolving methane, and for the capture of carbon dioxide from syngas stream for liquefaction and storage.    DESCRIPTION OF DRAWING(S) - The figure shows complete process flow of the proposed waste material, coal, used tires and biomass conversion to alternative energy and synthetic fuels solutions system with carbon capture and liquefaction (CCLS).