NOVELTY - Generating resources using wastes involves receiving wastes; separating the wastes into different portions for different downstream processes; treating the wastes in an anaerobic digestion process for producing biogas; applying a gasification process to the wastes for producing synthesis gas; and applying an algal growth system for sequestering system-produced carbon dioxide.    USE - For generating resources using wastes, where wastes comprises at least one of municipal solid wastes, recyclable and non-recyclable materials, ferrous metals, non-ferrous metals, organic materials, plastics, electronics, industrial waste, bio-hazardous materials, medical materials, hospital wastes, municipal waste water, municipal storm water, residential wastes, commercial wastes, wood residues, animal wastes, fibrous organic waste, grit material, heavy waste material and food processing wastes (claimed); and in the generation of electric power.    ADVANTAGE - The method extends or augments the availability of renewable or natural resources beyond traditional system efficiency improvements, in order to prolong available energy resources and reduce the dependency on fossil fuels. The method provides improved process for generating resources using wastes.    DETAILED DESCRIPTION - Generating resources using wastes involves receiving wastes; separating the wastes into different portions for different downstream processes; treating the wastes in an anaerobic digestion process for producing biogas; applying a gasification process to the wastes for producing synthesis gas; and applying an algal growth system for sequestering system-produced carbon dioxide (CO2). When the step of receiving wastes includes receiving recyclable and non-recyclable materials, the method further involves separating the recyclable materials from the non-recyclable materials; and transporting the recyclable materials for recycling. When the step of receiving wastes involves receiving the recyclable materials, the method further involves applying gasification to the recyclable materials for producing a synthesis gas. When receiving wastes includes receiving organic materials, municipal wastewater and municipal storm water, the method further involves processing the organic materials in an anaerobic digestion process. When the biogas comprises H2S, CO2 and methane, the method further involves removing at least a portion of the H2S from the biogas; applying an algal growth process to the biogas to remove and sequester at least a portion of the CO2 in it to increase methane gas concentrations; utilizing the methane gas as a fuel source to heat process water for treatment and steam production; employing the heat and steam for electricity production; employing the heat to process water for pasteurization; and recovering heat energy for other system processes. The method further involves employing the heat for heating organic waste preparatory to the anaerobic digestion process. The gasification process produces slag and synthesis gas. The step of applying a gasification process involves utilizing one of a fluidized bed, a plasma arc or a plasma torch. The method further involves using the synthesis gas in a power production system; capturing carbon dioxide (CO2) resulting from the power production system; and applying the carbon dioxide to an algal system process for CO2 sequestration; or using the synthesis gas in an integrated gasification combined cycle (IGCC) power production system for producing electricity; or utilizing unfiltered air produced in a tipping facility for use as air intake in a combustion system. When the step of applying a gasification process includes producing heat, the method further involves providing one of an Organic Rankine Cycle (ORC) system and Heat Recovery Steam Generator (HSRG). The method further involves providing a gas turbine power plant comprising a compressor for compressing air; a combustor for burning fuel derived from system processes including at least one of gasification-derived synthesis gas, FT synthesis fuels, biogas, biodiesel, ethanol, other carbonaceous fuel with compressed air from the compressor to produce combustion gas; a turbine configured to be driven by the combustion gas; a generator configured to be driven by the turbine for producing electric power; a heat exchanger configured to apply exhaust heat to a Rankine Cycle system for electricity production; and a regenerative heat exchanger configured to heat the compressed air with the heat of exhaust gas of the turbine. The method further involves using the synthesis gas in a Fischer-Tropsch synthesis process for producing synthetic fuels; or utilizing a solar power system for producing electricity; or sequestering waterborne waste; and using the water separated from waterborne waste for producing potable water. An INDEPENDENT CLAIM is included for a system for generating resources using wastes, comprising: a tipping facility for separating the wastes into different portions for different downstream processes; an anaerobic digester for treating the wastes for producing biogas; a gasifier configured to use the wastes for producing synthesis gas; and an algal growth system for sequestering system-produced carbon dioxide (CO2).    DESCRIPTION OF DRAWING(S) - The figure shows schematic view illustrating process for generating resources using wastes.