NOVELTY - Fuel pellet includes 50-90 wt.% of petroleum coke having a sulfur content of up to 5.5%, a biomass constituent, and an alkali constituent that is present in the form of an sulfur dioxide sorbent adapted to capture sulfur dioxide emissions by reacting with the sulfur on burn of the pellet, where: the alkali constituent includes one or more surfactants; the sulfur dioxide sorbent captures greater than 70% of sulfur dioxide emissions; and the petroleum coke, the biomass constituent and the alkali constituent are combined to form the fuel pellet with decreased sulfur dioxide emission.    USE - Used as fuel pellet.    ADVANTAGE - The fuel pellet has decreased sulfur dioxide emission at above 750 degrees C, reduces the environmental impact of the waste product while utilizing the fuel properties of the product, and avoids the necessity of fuel gas desulfurization system to handle high sulfur petroleum coke fuel.    DETAILED DESCRIPTION - Fuel pellet comprises: either 50-90 wt.% of petroleum coke having a sulfur content of up to 5.5%, a biomass constituent, and an alkali constituent that is present in the form of an sulfur dioxide sorbent adapted to capture sulfur dioxide emissions by reacting with the sulfur on burn of the pellet, where the alkali constituent includes one or more surfactants, the sulfur dioxide sorbent captures greater than 70% of sulfur dioxide emissions, and the petroleum coke, the biomass constituent and the alkali constituent are combined to form the fuel pellet; or 50-90 wt.% petroleum coke having a sulfur content of up to 5.5%, a wood fiber to provide volatiles, and an sulfur dioxide sorbent to capture sulfur dioxide emissions upon burn of the pellet, where the petroleum coke, the wood fiber and the sulfur dioxide sorbent are combined to form the fuel pellet with maximized British thermal unit (BTU) value and reduced sulfur dioxide emission at above 750 degrees C. An INDEPENDENT CLAIM is included for generating the fuel pellet from high sulfur fuel waste materials, comprising processing the petroleum coke into granule form, processing the biomass constituent to produce a powdered form of the biomass constituent, processing the alkali constituent to produce a powdered form of the alkali constituent, where the alkali constituent is adapted to capture sulfur dioxide during combustion of a fuel mixture by reacting with sulfur, combining the petroleum coke, the biomass constituent and the alkali constituent to form a fuel mixture and adding select surfactants to the fuel mixture.